Seqrite, the enterprise security arm of Quick Heal Technologies Limited, a global provider of cybersecurity solutions, has flagged concerning cybersecurity trends that may emerge in 2026. The company’s recently unveiled India Cyber Threat Report 2026, prepared meticulously by researchers at Seqrite Labs, India’s largest malware analysis facility, reveals that 2026 will mark the emergence of cognitive threats, as a new class of AI-augmented attacks capable of mimicking human behavior with unprecedented precision and autonomy.
Researchers at Seqrite Labs warn that threat actors will increasingly leverage generative artificial intelligence to automate reconnaissance, construct deceptive social engineering campaigns, and execute adaptive persistence tactics that evade traditional detection methods. Unlike the malware-centric threat landscape of 2025, where automated attacks operated at scale, 2026’s cognitive intrusions will operate at the intersection of intelligence and automation, creating a fundamentally different attack paradigm that enterprises must prepare for immediately.
The India Cyber Threat Report 2026 identifies hyper-personalized AI-powered phishing as one of the most alarming cognitive threats emerging in 2026. Attackers will utilize generative AI to construct digital twins of victims’ contacts, precisely mimicking their writing styles, speech patterns, and even video presence with sufficient fidelity to bypass human skepticism and automated detection systems alike. These AI-crafted deceptions will be merged with AI-enhanced mobile banking malware capable of autonomously filling credentials, bypassing biometric authentication, and executing fraud without human intervention.
Beyond social engineering, Seqrite forecasts that state-backed APT groups and organized cybercriminal syndicates will integrate AI into every phase of attack operations, from autonomous vulnerability discovery through adaptive real-time payload evolution. These AI-enhanced strategic deception campaigns, mirroring patterns observed during Operation Sindoor in 2025, will enable adversaries to autonomously refine their tactics, techniques, and procedures (TTPs), mutate malware signatures in response to defense mechanisms, and spoof the behavioral patterns of rival threat groups to create false attribution trails.
Seqrite also warns that AI will reshape the attack surface itself through direct assaults on artificial intelligence systems and platforms. As critical sectors increasingly adopt AI for decision-making in domains such as medical imaging, credit scoring, industrial control, and fraud detection, attackers will target AI lifecycles directly by poisoning training data with biased, mislabeled, or strategically crafted samples to distort model behavior, implant logic-based backdoors, or trigger dangerous misclassifications at runtime. Moreover, legitimate enterprise AI platforms will be weaponized for lateral movement and unauthorized access, transforming AI assistants themselves into unintentional data exfiltration agents.
According to researchers at Seqrite Labs, defending against the cognitive threat landscape of 2026 requires a major shift in cybersecurity strategy from reactive incident response to cognitive resilience. Seqrite recommends that organizations prioritize eight critical measures:
· Establishing AI-driven predictive intelligence with cross-layer visibility across endpoints, cloud, identity, and network
· Accelerating patch orchestration to compress vulnerability-to-exploit timelines from days to hours
· Reinforcing identity as the new perimeter through Zero Trust principles and continuous MFA enforcement
· Hardening the AI layer with model integrity validation and adversarial data testing
· Advancing autonomous detection and response capabilities powered by generative AI and context-aware correlation
· Building cyber resilience frameworks that assume compromise and measure containment speed
· Strengthening ecosystem collaboration through real-time threat intelligence sharing across industry sectors and government agencies
· Securing the human element through continuous cyber awareness and phishing-resistant authentication mechanisms
As threat actors evolve into cognitive adversaries capable of mimicking users and weaponizing AI platforms, India’s cybersecurity strategy must transition from detection-centric models to intelligence-led resilience frameworks that can outpace and outthink adaptive adversaries.