Worldwide end user spending on information security is projected to rise from $193 billion in 2024 to $213 billion in 2025, and the pressure behind that growth shows up in one place first: release week. A launch is no longer a quiet handoff between engineering and operations. It is a public promise, often made through an event, a partner integration, or a device surface that sits in someone’s living room. Meenakshi Alagesan, a security engineer whose IEEE Internet of Things Journal reviewing work keeps her close to how real systems fail under real constraints, approaches launch readiness as a discipline of removing uncertainty early.
Release Week Has No Patience for Surprises
“Launch week is when every assumption gets tested. If your review is late, your risk is early,” states Alagesan. That is why launch readiness security has become its own craft. Event operations, registration flows, attendee apps, and the infrastructure behind them have turned into production systems in their own right. The event management software market reflects that shift, projected to grow from $15.5 billion in 2024 to $34.7 billion by 2029. When the event management system is software, it becomes an attack surface, not a checklist item.
Alagesan has lived that reality at flagship conference scale. In the months leading into a major cloud provider’s annual customer event, she conducted security assessments across event applications and the network and infrastructure they depended on, including event management system security validations. It was not theoretical work. The event served more than 60,000 attendees, handled 100TB+ of event traffic, and ran with zero security incidents during the event. She also treated the work as revenue protection, because the event’s value was $X million and a preventable security failure would have been louder than any keynote.
Partnerships Turn Security Into Translation Work
Once your own launch is stable, the next test is what happens when someone else’s system becomes part of yours. Connected TV advertising shows how quickly that can become complicated. Connected TV advertising’s share of total traditional broadcast TV advertising revenue is expected to rise from 21.5% in 2024 to 44.7% in 2029, and the money behind that shift keeps climbing. CTV ad spending is projected to reach $47 billion in 2028. Partners move fast. Security has to move with them.
In a major advertising partnership announced in June 2025, Alagesan led the security review for a high visibility integration between a connected TV ecosystem and an advertising demand platform. The work focused on secure data sharing, risk assessment, and security compliance validation for the integration. It was built to support partnership processing $X million in advertising spend, with controls designed to survive real production pressure instead of a clean demo. “A partner brings their own defaults,” she says. “Your job is to make sure your controls still mean something after the handshake.” The review also supported faster partner onboarding through a standardized approach, which mattered because launch schedules were not going to wait.
A Review Process That Can Survive Scale
By the time you have seen enough launches, you learn a blunt lesson. Security work only scales when the process is repeatable. Alagesan uses a multi-phase security assessment approach that starts with architecture and design review, then moves into code security analysis and vulnerability assessment, then infrastructure and network security validation, and finally compliance and risk assessment. It sounds orderly, and it is, but the value is practical. You stop discovering the same class of issues late.
In her work, that process was paired with risk assessments and compliance validations that held up across reviewed applications and partnerships, producing a 100% compliance rate for what came through the review path. She also tracked quality signals that teams actually feel in launch week, including a reduction of X% in critical security findings across reviewed applications. Her editorial role with the Cybersphere Journal of Digital Security reinforces the same point in a different setting: the best security claims are the ones you can defend line by line, without hand waving.
When Services Live on Devices, Privacy Becomes Product
The pressure intensifies when the launch surface is not a web page or an API, but a device used in private spaces. Global smart speaker and display shipments reached 29 million units in Q1 2024, a year over year drop of 7%. Even in a soft quarter, that is still a huge installed base. The living room is different.
Alagesan led security implementation work for sponsored advertising services on voice assistant smart display devices in the US market, with controls designed for a live, user facing environment. The services reached XX million smart display devices in the US market, which raised the stakes for privacy controls and service reliability. She also built launch readiness around ongoing monitoring and incident response planning, because the failure mode here is not only a breach. It is a service disruption that people notice immediately. “When the surface is a device on a kitchen counter, you do not get infinite retries,” she says. “You need the safeguards in place before it speaks.”
From One Off Sign Offs to Continuous Readiness
Penetration testing has always existed, but its role is changing. What used to be periodic is becoming part of how teams decide they are ready. The penetration testing market is projected to grow from $2.74 billion in 2025 to $6.25 billion by 2032, reflecting demand for testing that keeps pace with shipping. That is a forward looking signal, and it matches what launch teams already know. Waiting is expensive.
Alagesan’s launch readiness work treated security reviews as a product that needed to get faster without getting weaker. She streamlined security review processes, reducing project timelines by X weeks, and reduced the security review cycle time by X% through a standardized, multi-phase approach supported by guidelines shared across teams. She also automated parts of security testing to reduce manual review costs by X%, and she framed that efficiency as risk reduction, because the alternative is rushed work at the worst moment. Preventing even one major security incident would have avoided $X million in remediation and customer impact, and that is before reputational damage is counted. Her reviewing work for the IEEE IATMSI conference keeps her close to how expectations are shifting as systems become more public, more partnered, and more scrutinized. “The future of launch security is evidence,” she says. “If you cannot explain what you checked and why, you are not ready.”
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