Features
THE EASTERN AIRLINES FLIGHT 401 ACCIDENT
The Lockheed TriStar L 1011 aircraft was well ahead of its time. It is said that the manufacturers, Lockheed built two automatic pilots first and then built an aircraft around them. It was a ‘wide body’ aircraft with two isles and a nose like a Dolphin. The Flight Deck was very spacious when compared to other airliners. It also had a lower galley (service area) which could be accessed by two lifts. It could carry out automatic landings far superior to any other airliners of that era. The airline pilots of the day would describe the automatic functions of the TriStar in three letters ‘P F M’ (Pure Magic). Some said that the only thing the computers couldn’t do was to play ‘Star Spangled Banner’ (the American National Anthem)
Some of the technology was far superior to even the fly by wire Airbus aircraft that arrived 10 to fifteen years later! It was a good match between man and machine. That was because Lockheed being a builder of Military aircraft benefited from the spinoff from space technology which in turn trickled down to Civil Aviation.
Unfortunately, the Rolls Royce (RR) RB 211 Trent Engines that were chosen to power it had some teething problems which delayed the L 1011 project and almost made RR go ‘belly up’. As a result, the McDonald Douglas DC10, another three-engine aircraft, stole a march over them, commercially.
One of the launch customers for the L 1011 TriStar was Eastern Airlines of USA. On the night of 29 December 1972 a Lockheed 1011 TriStar, registration N310EA (See Picture) just four months old, took off from the John F Kennedy Airport, New York to Miami International Airport, Florida, under the Command of Capt. Robert Loft. The First Officer was flying this sector. From some of our ex Eastern Airlines colleagues who flew TriStars with us later in Air Lanka, we gathered that Capt Loft was a bit high-strung even at normal times. The rest of the crew that night were First Officer Alfred Stockstill and Flight Engineer Don Repo. There was also a ground engineer Angelo Danadio occupying the fourth seat in the Flight Deck.
The following is the reconstruction of the crash using the information from the Flight Data Recorder (FDR) and the Cockpit Voice Recorder (CVR), which is recorded on a common timeline; it was done by the National Transport Safety Board (NTSB) USA. The flight was uneventful until the landing approach at Miami. The crew, after they selected the undercarriage (wheels) down, observed that the nose gear down and locked indicator green light was not lit up. In the Flight Deck there were three green lights (one for each wheel unit) to indicate that all wheels were down and locked. Since there were only two green lights instead of three, the Captain decided to recycle the landing gear up and then down again hoping that the problem will sort itself out. There was no change in the number of green lights.
The next thing they did was to test the light system by pressing a button in the overhead panel to illuminate all the lights in the forward and overhead panel, just in case there was a bulb failure. The TriStar crews called the test system, the ‘Christmas Tree Lights’ as all the caution, advisory and warning lights that were supposed to flash intermittently did so like a Christmas tree.
The nose gear down and locked indication light didn’t come on during the light test.
See figures 2 ,3 ,4
It confirmed that both bulbs in the Nose
Light assembly were unserviceable. (In each Landing Gear light assembly there were two small light bulbs). Then again, how if there was a triple failure of the Nose wheel Lock and Bulbs? The crew had to know for sure, before they attempted to land. They had already lined up for the landing. So, to buy some time, the Captain Loft informed the Air Traffic Control Tower that they had a problem. The Control Tower instructed them to discontinue the landing, go around and climb to 2000ft and turn left towards the swamps called the Miami Everglades. It was a dark, moonless night.
After reaching 2000 feet the Captain instructed First Officer Stockstill to engage one of the two automatic pilots which was capable of holding the altitude.
See figure 5
In the TriStar L 1011 the only time, both autopilots (Autopilot A and B) are simultaneously engaged is when the Automatic Landing System is engaged. Each of the two autopilot switches have three positions Off, CWS and CMD. When the Autopilot is switched on, the First Officer Stockstill would have switched on the one
allocated to him (Autopilot B) upwards from ‘OFF’ to ‘CMD’ through a ‘CWS’ position known as ‘Control Wheel Steering’ position. CWS is an intermediate position where the autopilot will be directly controlled through the Control Wheel and not through programming any switches in the automatic pilot control panel. In the CMD position Autopilot B would have maintained 2000ft as instructed, provided 2000ft is set on the altitude window and the ALT Hold button is on. If however some pressure was exerted on the control wheel (15 to 20 lbs.) the CMD selection switch would drop back to the intermediate position of CWS and the ALT Hold button would deselect with the ALT light will go off without any audio warning to the pilots. This was how the system was designed to work at the start.
While the aircraft was flying with the Autopilot ‘B’ engaged at 2000ft, the crew proceeded to trouble shoot. F/O Stockstill had managed to remove the light assembly with great difficulty and tried to replace the two small peanut size light bulbs. This too was extremely difficult. Spare light bulbs of all types and sizes were carried at the Flight engineer’s station.
On Lofts’ remark, “To hell with it”
Stockstill gave up replacing the bulbs and when trying to reinstall the Nose wheel light assembly, it got stuck. And now he was struggling to put it back. Everyone in the flight deck were involved. It is believed that F/O Stockstill tried to replace it by erroneously turning it 90 degrees sideways into the recess (holder) and jammed the assembly. The lens did say ‘Nose’, when inserted in the correct way up but it could be seen only when it lit up and that did not happen as the bulbs were not replaced.
Capt Loft told F/O Sockstill, “Just leave it there”
Now that it was confirmed that the indicator bulbs had fused and the only sure way of positively checking whether wheel was down and locked was go down to the electronics bay below the Flight Deck.
Capt Loft tells F/E Repo impatiently “To hell with it …. Go down and see whether it is lined up on the red line …. That’s all we care.”
Then he laughed at himself and said “Screwing around with a 20 cent piece of light equipment … in this plane”
There through a ‘peep hole’ (facing backwards) one could see Red coloured marks that should be mechanically aligned. So accordingly, Flight Engineer Repo went down to the electronics bay (Popularly known at Eastern Airlines as the ‘Hell Hole’) to check. On his first visit Repo couldn’t see the alignment marks as the wheel well light wasn’t on. So he had to come up and ask Capt Loft to switch it on. When Repo asked for the wheel well light, which was on the overhead panel to be switched on, the positioning Ground Engineer Dinadio was still seated behind the captain and eager to help. Turning around, Capt Loft requested him to go and help F/E Repo to locate the mechanical indicators for the nose landing gear.
The NTSB investigators believed that when turning around in his seat, to speak to Ground Engineer Dinadio, Capt Loft may have accidently applied some forward pressure on the Control Wheel which made the Autopilot switch drop from CMD to CWS deactivating the ALT hold button and thereby initiating a gentle, unperceived, descent. Usually when there is a deviation of 250 feet from the selected altitude, in the autopilot altitude window, a ‘C cord’ chime is activated for a duration of half a second. This unfortunately was missed by the operating crew who were deeply engrossed in solving the nose landing gear indication problem. The chime occurs at the Flight Engineer’s Station and Don Repo was down in the ‘Hell Hole’
When the aircraft was at about 900ft above ground the Air Traffic Controller noticed it and casually asked,
“Eastern, ah, four oh one how are things comin’ along out there?”
However, he did not instruct Eastern 401 to get back to the assigned altitude of 2000 feet!
The L 1011 also had a radio altimeter which bounced radio signals off the ground and went off close to the ground. By the time Capt Loft and F/O Stockstill realised that they were very close to the ground, it was too late.
The aircraft impacted with the ground killing 5 of 13 crew and 96 of the 103 passengers. While Capt Loft and F/E Repo were badly injured, F/O Stockstill died on the spot. The Captain succumbed to his injuries before he was rescued while F/E Repo died in hospital. Ground Engineer Angelo Denadio’s injuries were less serious and he survived. The subsequent postmortem of Capt. Loft revealed that he had a brain tumour which may have affected his peripheral vision which also plays a part in night flying ability. It was later disregarded as past reports of other crew members didn’t indicate any obvious deficiencies in his ability.
There was a guy named Bob Marquis in an Air Boat hunting for Sulphur belly frogs in the swamp. He saw the aircraft flying low overhead and hit the ground and rushed to the spot. The first rescue helicopter pilot to arrive couldn’t initially find the wreck, till he saw the flickering light of Marquis, the frog catcher’s battery powered light on his headband. He then switched on his powerful ‘Night Sun’ helicopter spot light. Because of the debris being picked up by the rotor, the pilot couldn’t land close to the wreck, but had to land about 200 yards away and depend on Marquis’ Air Boat to ferry the survivors. Other helicopters arrived later. The rescue operations went on till morning. The helicopter pilots could see all three wheel marks on the ground before the L-1011 disintegrated on impact.
The aircraft automatic systems assumed that it was doing a normal landing with the leading edge and trailing edge devices of the wings out and wheels down. That is why the Ground Proximity Warning System (GPWS), another safety device on board did not trigger off. The GPWS has a series of voice warning call outs such as “Terrain, Terrain”, “Too Low Gear”, “Too Low Flaps” , “Sink Rate” and “Woop woop pull up” when not in the ‘Landing Configuration.’ In this instance Eastern 401 was in the Landing Configuration.
See figure 6
The NTSB Investigators declared that
· The three flight crew members were preoccupied in an attempt to ascertain the position of the nose landing gear.
· The flight crew did not hear the aural altitude alert which sounded as the aircraft descended through 1,750 feet mean sea level
· There were several manual thrust reductions during the final descent.
· The flight crew did not monitor the flight instruments, during the final descent until seconds before impact.
· The captain failed to assure that a pilot was monitoring the progress of the aircraft at all times.
The NTSB determined that “The probable cause of the accident was the failure of the crew to monitor the flight instruments during the final 4 minutes of the flight and to detect an unexpected descent soon enough to prevent an impact with the ground. Preoccupation with the malfunction of, the nose landing gear position indicating system distracted the crew’s attention from the instruments and allowed the descent to go unnoticed.”
In short “No one was minding the shop” and as a result they lost ‘Situational Awareness’ or what is going on around them.
The NTSB Investigators had the benefit of using the Flight Data Recorder (FDR) and the Cockpit Voice Recorder (CVR) which had been mandated.
As a direct result of this accident and another DC 8 accident in 1978 at Portland, Oregon, USA, airlines realised that pilots need to be taught ‘soft skills’ known as Cockpit Resource Management (CRM) using actual accidents and studies of ‘Human Factors’. A pioneer on these studies was WWII veteran, author and BOAC Capt. David Beaty who was born in Hatton, Ceylon, a son of a Methodist Minister and an old boy of Kingswood College, Kandy.
All airlines have built in ‘Human Factors’ to their Standard Operating Procedures (SOP’s). For example, now there is a designated ‘Flying Pilot’ and a ‘Monitoring Pilot’. The Flying pilot must ‘mind the shop’ and get the other crew members to carry out necessary tasks at his behest.
The priorities being to Fly, Navigate and Communicate, in that order. Once in two years it is now mandatory that all crew undergo CRM training and now known as Crew Resource Management, because it is not only the Cockpit Crew but all the associated team members inside and outside the Flight Deck, play a part in safe operations. For instance Behavioural Scientists wondered as to why in the Eastern 401 accident the Air Traffic Controller didn’t mention to the pilots that they were supposed to be at 2000 ft. Their studies showed that there was a great pay and conditions gap and hence a status gap between the Air Traffic Controllers and Airline Captains and therefore there was a natural hesitancy to admonish or at least volunteer information which may have saved the day!
There were also a few modifications done to the L-1011 too. Lockheed installed a loud ‘wailer’ to indicate that the autopilot switch had dropped off from the CMD position. The half a second altitude deviation chime was increased to one second duration. The square lens of the green landing lights had the word ‘TOP’ etched on it, so that no mistake could be made when fitting the assembly back. Another wheel well light switch was fitted in parallel in the hat rack close to the trap door to the ‘Hell hole’.
Postscript: Some of the parts like the galleys from the almost new N310EA, Eastern 401 Flight, that survived crash were re-used on other newly delivered Eastern Airline L-1011’s. Subsequently there were documented reports that the ghost of F/E Don Repo was spotted in those aircraft. Eastern tried to supress information of these sightings by replacing the log books with new ones! This was confirmed by of our ex- Eastern Airlines colleagues that worked with us in Air Lanka in the early days. But that’s another story!
Features
Aragalaya betrayed?
‘The treason of the intellectuals’ in the age of populism – Part I
Sri Lankans recently celebrated the fourth anniversary of the Aragalaya, which, some believe, ushered in an era of Left populism in Sri Lanka. Left politics in Sri Lanka has been ravaged by a crisis, since the late 1970s. It was basically one of an inability to regain the mass basis the Left lost in the 1977 elections. The Left was pushed out of the coalition government, led by Sirimavo, by the right-wing forces, within it, in the context of the global oil crisis that led to the adoption of austerity measures by the government.
This crisis of the Left exploded with the mass uprising ,known as the Aragalaya, which began with the hashtag campaign ‘Gota Go Home’. The nature of its development has come under scrutiny by critics who allege that hidden international hands orchestrated the movement. Nevertheless, the Aragalaya—which developed into an authentic citizen action—ultimately ended in a counter-revolution. The current JVP/NPP government came to power by riding the wave of public awakening that accompanied the Aragalaya.
Is the JVP/NPP government Leftist?
Even though the Western international media, as part of a strategy to manipulate the JVP/NPP administration from time to time, calls it a left government, it works very closely with the right-wing local capitalist class and international financial agencies.
Subaltern or elite?
While there was some initial attempt to identify the JVP/NPP government’s class basis as ‘subaltern,’ in the face of criticism, this formulation was changed to ‘non-elite’. It is correct that, generally, members of the new regime do not belong to the strata of the political elite of the traditional aristocracy and bourgeoisie. However, it can be argued that those who are holding the leadership of the NPP government are those with the aspiration of becoming the new elite. They are the emerging political elite, representing both the rural and urban petty-bourgeois strata.
The leadership consists of those who have risen to the top in professional fields and the bureaucracy, led by those in the fields of academia, medicine, engineering and technology, law, management, business, accountancy, and administration, alongside those who have traditionally been political activists and trade union leaders. Political power has been captured by these petty-bourgeois class elements that have embraced a technocratic ideology. Rallied around them is the capitalist leadership that directs chambers of commerce and is tied in with international capital.
In essence, the current regime represents an alliance formed between the petty-bourgeois and capitalist groups and international finance capital—an alliance that, by now, has replaced the popular bloc formed with ‘janathawa’ (the people) during the election campaign, leading to the formation of the government.
The new elite represents the heirs of the nationalist-Left tendency of the generation of the ‘56 daruwo,’ represented by the JVP, a social force that Bandaranaike released in 1956. The mainstream of the political change of ’56 came to be represented by Bandaranaike’s own party, the SLFP, whose promise of building a common man’s era fizzled out with the regime, led by Mahinda Rajapaksa, coming to an end in 2015. At long last, true representatives of the rural and urban petty bourgeoisie have assumed political power after a long-drawn-out struggle, however, shedding their Left credentials in the process. This is the generation that Gunadasa Amarasekara, the doyen of jathika chintanaya, controversially hoped would take responsibility for the future of the country. While they have assumed political power, their formulation of, what they call, punarudaya (the Renaissance) seems to be at odds with Amarasekara’s wish to recover the ‘Sinhala Buddhist civilisational consciousness’—a point which requires a separate discussion, at another time.
Some of the leftists, who joined the NPP to form the government, seek to justify their choice by claiming that the new regime stands for the two-stage revolution ‘a la Lenin’—that is, first, the bourgeois-democratic stage and then the proletarian-socialist stage; Sri Lanka will achieve industrialisation in the first stage, under punarudaya, or the Renaissance. What is not made clear is how Sri Lanka could industrialise while being under the grip of international finance agencies whose actions, economists argue, from the very beginning of their involvement in the Sri Lankan economy, have preempted even the remotest possibility of the country becoming an industrialised one. With its claim to bringing about economic stability and growth, the government has moved away from serving the genuine interests of the people, and the country, in the fields of economy, polity, and culture, as its critics point out, as briefly outlined in the next section of this article.
It is claimed that the theory of left populism was formulated in opposition to right-wing populism, which furthered the neoliberal agenda. Going by what is outlined below, can the JVP/NPP government be identified as a left-populist one?
Not economic democracy, but autocracy?
Left political parties, groups, and individuals in Sri Lanka widely hold that the crisis of Left politics has been intensified with the current government assuming power. According to their criticisms, the JVP/NPP government is not a Left government.
The current government entered into an agreement on debt restructuring with the IMF based on the conditions imposed by them, despite the expectations of the masses that rallied around the JVP/NPP election campaign and the promises made in its own election manifesto to renegotiate it. Accordingly, placing the larger burden of the haircut of the debt restructuring on the EPF of the working people has been carried out by the JVP/NPP government without any changes to the original plan.
It is apparent that the current government’s economic programme, from its inception, has been directed by the leadership of the representatives of the capitalist class, led by the chambers of commerce. The government has been mainly formulating and implementing government policy, based on the debt provided and the conditions imposed by the IMF and its affiliated institutions, the World Bank and the ADB, rather than on the felt needs of the Sri Lankan people.
An unbearable tax burden is imposed on the people. The government boasts that it has filled the Treasury with trillions of rupees, including the wealth it has exploited, via those taxes. Not only the poor but also the middle classes are oppressed by the unbearable burden of an ever-rising cost of living.
Poverty and malnutrition, which are major determinants of living standards, remain at high levels under the current government. According to official reports, 25 percent of the population lives in extreme poverty, while 80 percent of them live in rural areas. The poverty of the Tamil community, living in plantations, is even higher. Neoliberal economists themselves say that if calculated according to the real cost of living, the population living below the poverty line would be one-third of the total population. Women and children—and among them, girls—suffer the most from all this.
Sri Lanka’s micro-finance and credit crisis has trapped hundreds of thousands of people, mainly rural women, in a deep debt trap through predatory high-interest loans, leading to over 200 reported suicides. Activists have already expressed fears that the Microfinance and Credit Regulatory Authority Act, recently passed by the government, is designed to blame victims and will contribute to the erosion of consumer protections in such a regulatory framework by placing the onus of protection on borrowers. They stress that the Act does not include sufficient provisions to protect micro-finance and credit consumers.
Critics point out that not only our economic sovereignty but also our political sovereignty and security have been compromised by the secret agreements signed by the current government with the global American empire (US-Sri Lanka Security Memorandum of Understanding/Government Partnership Program (2025)) and the regional Indian power (India-Sri Lanka Security Partnership Agreement (2025)).
This government is strengthening relations with Israel—a nation that has embarked on a policy of genocide against Palestinians—and is maintaining cooperation with Israeli intelligence agencies and the military.
The current government has declared the private sector and the market mechanism, not the state sector, as the engine of economic growth at a level surpassing previous governments.
The government has accepted the neoliberal vision of subjugating large areas of social life to the logic of commodification. By allowing the market to behave as it sees fit, people have been subjected to the ruthless control of the market, except in the case of a few essential goods.
Critics have accused the current government of subtly but carefully implementing the privatisation of state-sector institutions, a move that the previous government had withheld in the face of public opposition. Services, essential to the survival of ordinary people and the middle class, such as public healthcare and education, are increasingly being brought under the influence of the market. There is no clear attempt to free passenger transport from the clutches of a rapacious private sector. The energy sector—oil and electricity supply—continues to be driven towards privatisation through fragmentation.
It is instructive here to note what Bhaskar Sunkara, Editor of Jacobin—the popular Left magazine published in New York that strongly backed Zohran Mamdani’s bid for Mayor—has to say on social infrastructures:
“Health care, education, transportation, energy, and telecommunication are not consumer goods but social infrastructures on which participation in modern life depends.
Organizing them through profit-seeking intermediaries that ration by price rather than need introduces predictable distortions. The result is a system that undermines both equality and efficiency. Decades of comparative experience suggest that public provision in these sectors can deliver better outcomes at lower social cost, precisely because it aligns provision with social need rather than purchasing power.” (‘We Need a Socialism After Capitalism,’ Jacobin, April 2026)
Serious damage to the natural environment and biodiversity continues under the current government. Deforestation, fragmentation of wildlife habitats, and human-wildlife conflicts have intensified. The release of protected lands to local and foreign private investors for so-called development, ignoring environmental impact assessments (for example, the Mannar wind farm projects), and the failure to stop illegal land acquisition and sand mining, which have undermined biodiversity, especially in the dry zone, are continuing.
The introduction of a biometric national identity card, funded by an Indian grant, in conjunction with the massive digitalisation programme, launched under the private sector operation, poses a serious risk of being used to unnecessarily restrict individual freedoms and to be used by the Sri Lankan government and foreign states to suppress citizens when necessary. Overall, it is clear from global experience that digitalisation, in the name of national security, is building a surveillance state. (To be continued)
by Kumudu Kusum Kumara
Features
The illusion of foolproof identity: Are even biometrics under threat by AI?
For quite a few decades,we have nonchalantly operated under a comforting and standard assumption that our bodies are our ultimate legal deeds. The features of every human body are quite unique. We have been taught that while passwords can be guessed, documents can be forged, and keys can be stolen, the biological architectures of our physical selves remain fundamentally unassailable and distinctly foolproof. Your face, your fingerprints, the unique landscape of your eye, are nature’s barcodes, forged from an intricate mix of genetics and intrauterine chance, utterly distinct to each of us among billions of people. This absolute distinctiveness made “biometrics”; automated methods used to recognise, authenticate, or identify individuals based on their unique biological and behavioural characteristics, the golden child of universally accepted global security. Amongst many other things, they are even trusted to unlock smartphones, provide access to sensitive portals, secure multi-billion-dollar wire transfers, cross international borders, and even safeguard top-secret military complexes.
Yet for all that, a profound and deeply unsettling shift is occurring, even beneath our own feet. The rapid acceleration of generative Artificial Intelligence (AI) and digital cloning technologies has begun to split open this relationship between biological reality and identity confirmation. Today, sophisticated software can replicate human voices with terrifying accuracy using mere seconds of feed-in audio, synthesise flawlessly lifelike videos of public figures saying things they never ever verbalised, and generate artificial fingerprints or facial configurations designed specifically to trick electronic gatekeepers. The comforting illusion that our bodily metrics are fool-proof is perhaps dissolving to quite a significant extent, casting a real-time shadow across the infrastructure of modern trust, even in everyday life.
Beyond the Fingerprint: The Expanding Universe of Identity
To understand the intricacies and depth of the current risks, one must look beyond the traditional hallmarks of identity verification. Perhaps the average person is clearly and deeply familiar with standard facial recognition, thumbprints, and the striking, complex rings of retinal imagery. Indeed, human biology offers an incredibly vast and nuanced spectrum of unique identifiers. Science and industry have quietly harnessed a long list of alternative indices to verify the identities and details of exactly who we are.
Consider iris recognition, which maps the intricate, visible coloured ring surrounding the pupil of the eye, or palmprint authentication, which tracks the expansive system of major lines, wrinkles, and minute ridges across the entire hand. Beyond these lie vascular biometrics, often referred to as vein pattern recognition, which uses near-infrared light to capture the unique layout of blood vessels seen beneath the skin of a finger or palm, a map completely invisible to the naked eye.
Furthermore, behavioural traits have proven just as distinct as anatomical ones. Voice biometrics analyses the physical anatomy of the vocal tract, nasal cavities, and vocal cords to isolate distinct sound frequencies. Gait analysis evaluates the precise, rhythmic mechanics of how an individual walks, tracking joint angles and weight distribution. Even keystroke dynamics, the precise cadence and rhythm with which you type on a keyboard, and ear acoustic geometry, which measures the unique way sound waves echo back out of your specific ear canal, have been successfully deployed to establish undeniable proof of identity.
The Pro Side: Unmatched Convenience and Safety
The historical arguments in favour of biometric systems remain incredibly compelling, which explains their near-ubiquitous adoption. First and foremost is the argument of unmatched convenience. Biometrics elegantly solve the “human error” factor inherent in traditional security appliances. You cannot lose your iris on a crowded train; you cannot accidentally leave your unique vein patterns at home; and you cannot forget the complex “password” of your facial geometry. It is an identity architecture that is permanently attached to the user, eliminating the friction of remembering combinations of symbols or carrying physical keys.
From a general, social and systemic perspective, biometrics have provided an unprecedented layer of objective truth. In criminal justice, fingerprint and DNA databases have exonerated the wrongfully accused, reunited missing children with families, and brought dangerous fugitives to justice based on definitive physical evidence rather than fickle, unreliable human memory. At international borders, automated biometric gates process millions of travellers daily with high efficiency, flagging authentic security threats while speeding up travel for the public. In the financial sector, a glance at a smartphone or a press of a thumb could prevent billions of dollars from being fraudulently stolen in identity theft and sham transactions every year by ensuring the actual account owner is physically present.
The Dark Side: When Your Body Becomes a Vulnerability
Despite these immense benefits, the reliance on biological markers has always harboured a fundamental flaw: the absolute permanence of the data. If a hacker steals your credit card number or a critical password, you can easily log online, cancel the account, and generate a completely new string of random characters. The breach is a nuisance, but it is entirely correctable and is fixable. However, if a malicious actor steals the high-resolution digital file containing your retinal map, your facial architecture, or your voice print, you cannot change your body. You cannot reset your eyes; you cannot easily forge a new set of fingers. Once a biometric signature is compromised, it is compromised for the rest of your life.
This permanence creates a highly centralised vulnerability. Biometric authentication systems do not store your actual finger or face; they store a mathematical digital template derived from them. These templates are housed inside vast corporate and government databases, and even universal digital portals. As cyberattacks grow increasingly sophisticated, these databases represent high-value targets for digital thieves. The terrifying consequence is that a single security breach at a major technology company or a government agency could permanently expose the personal physical keys of millions of citizens simultaneously.
The AI Shadow: Faking even the Unforgeable
This brings us to a profound paradigm shift driven by modern artificial intelligence. The traditional and abiding defence of biometrics was that physical traits could not be replicated in real-time. A photograph of a face could not trick a system looking for depth, and a recorded voice lacked the dynamic shifts of live speech. However…, surprise, SURPRISE…, AI has completely shattered these firmly held conventions and inferences.
Generative Adversarial Networks (GANs), a class of AI models in which two neural networks compete against each other, are now capable of analysing thousands of images or audio clips of an individual and creating a near-flawless synthetic clone. A clone refers to an exact copy, duplicate, or true genetic replica of another organism, cell, or object. The term applies across several fields and implies an absolutely identical real-life descriptor. Using these tools, fraudsters can create “deepfake” videos that mimic the precise micro-expressions, skin textures, and even the blink rates of a targeted executive, acclaimed scientist, an economist of global repute or even a political leader. In 2024, an employee at a multinational firm in Hong Kong was tricked into paying out 25 million dollars after attending a video conference call where every other participant was an AI-generated digital clone of his real-world colleagues.
Similarly, voice cloning has become a weaponised tool for financial scams. With less than ten seconds of audio scraped from a social media post, AI can synthesise a voice that is indistinguishable from a loved one or a bank official, perfectly matching the acoustic biometrics used by telephone banking systems. Even more alarming is the concept of “Master Prints”: the AI-generated, synthetic fingerprints that combine the most common ridge patterns found across the human population. Much like a master key that can open many different locks, these synthetic prints can trick biometric sensors up to 20% to 30% of the time, completely undermining the premise of absolute individuality.
Implications for the Future: Rebuilding Trust
The realisation that biometrics can be systematically manipulated has immense implications for the future of global society, law, and security. We are stepping into an era where we can no longer trust our eyes or ears to verify the identity of the person on the other side of a digital connection. This breakdown of trust threatens to disrupt not only financial institutions but also the very foundations of democratic systems, where synthetic video and audio can be deployed to frame individuals or fabricate digital evidence.
To survive this environment, the security industry must completely abandon the concept of the commonly used single-factor biometric authentication. The future will require a multi-layered approach. Biometrics will likely be coupled with behavioural signals that change dynamically over time, or physical tokens like cryptographic hardware keys. Furthermore, security developers are engaged in an intense arms race to create “deepfake detectors”; AI systems designed specifically to analyse incoming files for the microscopic digital artefacts left behind by generative software, verifying that a human face or voice is biologically real and is happening in real-time.
Legally and ethically, this shift demands robust new frameworks. Governments worldwide are beginning to recognise that our biological signatures require the same, if not greater, legal protections, as our financial assets. Laws must be strictly enforced to punish the unauthorised creation of digital clones and to compel corporations to encrypt biometric data using advanced, non-hackable methods.
A Balanced Path Forward
Ultimately, and even surprisingly, biometrics are neither a flawless saviour nor an inherent curse. They are powerful tools caught in the crossfire of an abiding technological evolution. They continue to offer unparalleled efficiency and security when implemented correctly. However, the dangerous myth of their absolute infallibility must be permanently laid to rest.
As artificial intelligence continues to blur the line between the real and the synthetic, our approach to identity must become as dynamic as the technology threatening it. We must stop viewing our physical bodies as unshakable passwords. True security in the modern age will not come from blindly trusting our biological uniqueness. It can only come from our collective vigilance, technological adaptation, and the implementation of robust, multi-layered digital defences that protect the sacred boundaries of who we really are.
by Dr B. J. C. Perera
MBBS(Cey), DCH(Cey), DCH(Eng), MD(Paediatrics), MRCP(UK), FRCP(Edin), FRCP(Lond), FRCPCH(UK), FSLCPaed, FCCP, Hony. FRCPCH(UK), Hony. FCGP(SL)
Specialist Consultant Paediatrician and Honorary Senior Fellow, Postgraduate Institute of Medicine, University of Colombo, Sri Lanka.
An independent free-lance correspondent.
Features
Human-caused leopard deaths soar in Sri Lanka’s Central Highlands, new study warns
A groundbreaking international study, spanning 17 years, has revealed an alarming rise in human-caused deaths of the endangered Sri Lankan leopard, with the majority of fatalities concentrated in the tea estate landscapes of the Central Highlands.
The peer-reviewed study, titled “Human-Caused Leopard Deaths in Sri Lanka Are Concentrated in Central Highlands’ Estate Mosaics: Evidence From 17 Years of Mortality Records,” was recently published in the prestigious scientific journal Wiley’s Wildlife Letters.
The research team was led by conservation scientist Sanjaya Weerakkody and comprised a distinguished group of local and international researchers, including Vimukthi Gunasekara, Sethil Muhandiram, Try Surya Harapan, Kithmi R. Gunasekara, Bandini Jayasena, John B. Wilson, Prathiba M. Amugoda, Tharika de Silva, Chathuranga D. Hathurusinghe, Ahimsa Campos-Arceiz, and Enoka P. Kudavidanage.
The scientists represented a broad collaboration of institutions, including the Southeast Asia Biodiversity Research Institute of the Chinese Academy of Sciences, Yunnan Provincial Tropical Rainforest and Asian Elephant Conservation Innovation Team in China, LeopardCon Sri Lanka, Oklahoma State University in the United States, the Department of Natural Resources of Sabaragamuwa University of Sri Lanka, and the Tropical Ecosystems Research Network.
Speaking on the significance of the findings, researcher Sethil Muhandiram said the study provides the clearest picture yet of how human pressures are driving leopard mortality in Sri Lanka’s hill country landscapes.
“We found that plantation landscapes, especially tea estate mosaics in the Central Highlands, have become major hotspots for leopard deaths. Most concerning is the widespread use of wire snares, which continue to silently kill leopards and other wildlife,” Muhandiram said.
According to the findings, researchers analysed leopard mortality records from 2008 to 2024 and documented 164 human-caused deaths across the island, averaging nearly 10 deaths annually. More worryingly, the study found that leopard deaths have steadily increased over time, underscoring intensifying human-wildlife conflict in Sri Lanka.
The study identified wire snares as the leading cause of death, accounting for over 62 percent of cases where the cause was known. Many of these snares are believed to have been set for wild boar and other animals but ended up trapping leopards.
“Snaring is now one of the greatest threats facing the Sri Lankan leopard outside protected areas. Unless immediate action is taken to remove snares and strengthen enforcement, these deaths will continue to rise,” Muhandiram warned.
Plantation landscapes, especially tea estates in the Central Province, emerged as the most dangerous habitats for the country’s apex predator.
Researchers found that nearly 47 percent of all recorded leopard deaths occurred in the Central Highlands, while the Nuwara Eliya District alone accounted for 38.4 percent of fatalities, despite covering only a small portion of the leopard’s estimated range.
Researchers warned that the patchwork of tea estates, fragmented forests, villages, and agricultural lands has become a deadly landscape for leopards attempting to move between habitats.
The study also found that adult male leopards were disproportionately affected, a trend scientists caution could have serious implications for breeding populations and the long-term survival of the species.
Sri Lanka’s leopard, scientifically known as Panthera pardus kotiya, is an endemic subspecies found nowhere else in the world and is already listed as endangered.
Muhandiram stressed that conservation efforts must move beyond national parks and include estate landscapes where leopard-human interactions are increasing rapidly.
“Conservation cannot focus only on protected areas anymore. Leopards are surviving in human-dominated landscapes, and protecting them will require cooperation from estate communities, plantation companies, Wildlife authorities, and policymakers,” he said.
The study has further emphasised that leopard conservation in Sri Lanka can no longer focus solely on protected areas such as the Yala National Park, as significant leopard populations are increasingly surviving in estate and rural landscapes vulnerable to human pressures.
Researchers concluded that without immediate and coordinated action, Sri Lanka risks losing one of its most iconic and ecologically significant species to escalating human-induced threats.
By Ifham Nizam
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