THE QUESTION INDIAN BOARDROOMS ARE ASKING HAS SHIFTED. IT IS NO LONGER WHETHER THE NEXT ATTACK WILL LAND. IT IS WHETHER THE BUSINESS WILL STILL BE OPEN THE MORNING AFTER.
That shift, subtle in language but seismic in consequence, is what the cybersecurity industry now calls cyber resilience. And in 2026, it is the single most repeated word in vendor pitches, regulator circulars, and CISO town halls across India. The reasons are not hard to find. According to Seqrite's India Cyber Threat Report 2026, the country absorbed more than 265 million cyberattacks in 2025. The Data Protection Board of India became operational on 13 November 2025, and the Digital Personal Data Protection (DPDP) Act will carry penalties of up to ₹250 crore per incident once its full enforcement regime kicks in by May 2027. The Securities and Exchange Board of India's Cybersecurity and Cyber Resilience Framework, the Reserve Bank of India's IT governance directives, and IRDAI's tightened cyber norms have together moved cybersecurity from an IT line item into a board-level accountability.
In that environment, prevention alone has stopped being a credible strategy. Even organisations with mature controls keep getting hit. What separates the winners from the casualties is no longer the height of the wall but the speed of the rebuild.
For the OEMs serving India's enterprise market — from network giants to data protection specialists to endpoint and cloud security vendors — this has triggered a hard pivot. Three questions sit at the centre of their roadmaps right now: how data and network security plug into a unified resilience strategy, what is changing about recovery and continuity, and how customers are being prepared for the threats that have not arrived yet.
ERASING THE LINE BETWEEN NETWORK AND SECURITY
For most of the last two decades, network security and data security were sold as separate stacks, often by different vendors, managed by different teams, and audited against different frameworks. That separation has now become a liability.
Cisco, the most visible voice in this convergence, has spent the past year folding security into the fabric of the network itself rather than bolting it on top. Its acquisition of Splunk for data analytics and ThousandEyes for visibility, combined with new launches such as AI Defense and Hybrid Mesh Firewall, has reframed the network as the primary vehicle for security telemetry. The shift mirrors a broader industry recognition: the World Economic Forum's Global Cybersecurity Outlook 2026 found that 87 percent of respondents identified AI- related vulnerabilities as the fastest-growing cyber risk over the course of 2025, and 91 percent of the largest organisations have changed their cybersecurity strategies in response to geopolitical volatility.
Palo Alto Networks has taken a parallel route. With its acquisition of CyberArk and the launch of Next-Generation Trust Security in March, the company has moved cryptographic trust — historically a paperwork exercise managed in spreadsheets — into the network control plane. As certificate lifetimes shrink toward a 47- day renewal cycle and post-quantum cryptography arrives, Palo Alto's argument is that resilience now requires automation at the trust layer, not just the perimeter.
Fortinet, meanwhile, continues to push its Security Fabric architecture, with FortiOS 8.0 introducing capabilities aimed at securing AI adoption and unifying SASE across hybrid and multi-cloud environments. Its OT Security Platform and recognition as a Challenger in the 2026 Gartner Magic Quadrant for CPS Protection Platforms reflect a deliberate move into India's industrial and critical infrastructure base — power, water, transport, and manufacturing
— where IT and OT convergence has opened entirely new attack surfaces.
For Indian channel partners, this convergence has commercial implications. Customers that historically bought firewalls, endpoint, and backup as separate line items are now asking integrators to deliver a single resilience outcome with a single accountability chain. Solution providers that can stitch together network telemetry, identity controls, data protection, and recovery workflows under one operational model are finding themselves in stronger conversations with CIOs and CISOs.
The data infrastructure side of the conversation has shifted just as sharply. Rubrik, Cohesity, Commvault, and Veeam
— once positioned as backup vendors
— now describe themselves as cyber resilience platforms. Their argument is straightforward. If attackers target backup catalogues first, encrypting or deleting them before the primary payload detonates, then backup itself has to be hardened, immutable, and built on zero trust principles. Rubrik builds immutability into the platform by design. Cohesity, after absorbing Veritas's NetBackup and Alta portfolios, has expanded its recovery orchestration and Cyber Event Response Team services. Commvault has moved its Cleanroom Recovery and Cloud Rewind capabilities to the centre of its pitch, arguing that the time to rebuild after an attack should be measured in minutes, not weeks.
FASTER RECOVERY, SMALLER BLAST RADIUS
The second question — what is being done to accelerate recovery and protect business continuity — is where vendors are doing some of their most aggressive engineering.
The most visible innovation is the cleanroom. Commvault's Cleanroom Recovery offers on-demand testing and failover of applications into an isolated environment, removing the need for organisations to maintain dedicated on- premises cleanroom infrastructure. The benefit is practical: an Indian bank under SEBI's CSCRF can now test recovery procedures on a quarterly basis without the cost overhead of a permanent secondary site. Cohesity's Instant Mass Restore is engineered for the opposite end of the spectrum — recovering hundreds of virtual machines and petabytes of data after a large-scale ransomware event under time pressure. Veeam's Secure Restore with sandbox scanning sits between, optimised for granular file or database recovery after isolated incidents.
Rubrik's approach blends threat hunting with recovery throughput, using AI-driven inline anomaly detection and prioritised identity recovery so that the first systems brought back are the ones that, if compromised, would re-infect everything else. Its Annapurna platform, a retrieval- augmented generation system built on backup data, points to where the category is heading — backup data as a security telemetry source and as a substrate for AI- assisted incident response.
Beyond the data protection layer, network and managed services vendors are reorganising their operating models. Kyndryl in February launched its first Cyber Defense Operations Center in Bengaluru, a command hub that unifies network operations and security operations into a single integrated model rather than running them as separate silos. The choice of Bengaluru is not incidental. It positions India as the global delivery hub for Kyndryl's resilience services and gives Indian enterprises a 24x7 monitoring, threat detection, and incident response capability close to home — a non-trivial advantage in a regulatory environment that increasingly mandates in-country data handling and rapid CERT-In reporting.
Proofpoint made a similar India bet in 2025, beginning to deliver its cybersecurity platform from a local data centre alongside a Centre of Excellence employing more than 200 staff. The driver, again, is data sovereignty and DPDP Act compliance, particularly in regulated sectors such as banking and insurance.
For channel partners, the recovery conversation has changed how deals close. CFOs and audit committees increasingly ask vendors and integrators not just about recovery time objectives and recovery point objectives but about provable, tested, regulator-acceptable recovery. The integrators winning the largest deals are the ones bringing demonstrable runbooks, cleanroom test results, and CERT-In- aligned incident response playbooks to the table.
BUILDING RESILIENCE FOR THREATS THAT HAVE NOT ARRIVED
The third question — how vendors are preparing customers for evolving threats
— is the most forward-looking and the one that splits the field most cleanly between the genuinely strategic vendors and the ones still selling yesterday's product line.
AI is the dominant conversation. According to Cisco's 2025 Cybersecurity Readiness Index, only 4 percent of organisations globally have reached the Mature stage of cybersecurity readiness, 86 percent of business leaders faced an AI- related security incident in the past year,
and 41 percent do not have mature controls on the data used to train AI models. Vendors are responding on two fronts. They are using AI to defend — agentic systems that triage alerts, hunt threats, and automate response — while simultaneously building controls to protect AI itself, since the data pipelines feeding enterprise models have become high-value targets.
Palo Alto's Prisma AIRS, Cisco's AI Defense, and Fortinet's AI security capabilities all point at the same problem from slightly different angles. CrowdStrike continues to push agentic AI into its Falcon platform for autonomous detection and response. Zscaler is deepening its zero trust exchange to inspect AI traffic without breaking productivity. The common thread is that AI is no longer a feature; it is the substrate.
Quantum readiness is the second forward-looking thread. Harvest-now- decrypt-later attacks, in which adversaries collect encrypted traffic today on the assumption they can decrypt it once quantum computers mature, are forcing long-term architectural decisions in 2026. Kyndryl has added quantum-safe networking services to its portfolio. Palo Alto has built cryptographic agility into NGTS. The vendors that are not yet talking about post-quantum migration are, increasingly, the ones losing late-stage deals.
The third strand is sovereignty. Capgemini's research found that 74 percent of supply chain executives now rank cybersecurity as their top concern, ahead of cost and digitalisation pressure, with much of that anxiety tied to non-sovereign third parties. For India, that anxiety is sharpened by the IndiaAI Mission's onboarding of 38,000 GPUs in early 2026 and the broader push toward indigenous AI capabilities. Vendors that can demonstrate Indian data residency, CERT-In empanelment, and alignment with the DPDP Act now hold an advantage that pure technology benchmarks alone cannot match.
THE CHANNEL'S MOMENT
For the system integrators, distributors, and managed service providers who actually translate vendor roadmaps into customer outcomes, the cyber resilience shift is more opportunity than threat. Customers want fewer vendors, tighter integration, faster recovery, and verifiable compliance. The partners who build practices around resilience outcomes rather than product SKUs are the ones being invited into board- level conversations.
The age of the perimeter is over. The age of the rebuild has arrived. And in 2026, the partners and OEMs that understand the difference are the ones writing India's next decade of enterprise security.
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