Zero Trust has been a stated goal for years, but in practice, many organizations still rely on standing access to keep work moving. With cloud environments changing quickly, access updates often lag behind identity sync cycles and manual approvals. The result is that teams grant broad access and leave it in place longer than they should because removing it feels risky.
The new
integration between Apono and Check Point Software Technologies is aimed at closing that gap by shifting access decisions closer to real-time activity, rather than directory updates or pre-defined roles that rarely stay accurate.
Replacing Standing Access With Real-Time Decisions
At the center of the integration is the move away from persistent permissions. Instead of pre-granting access “just in case,” access is created only when a specific task, event, or workflow requires it, then removed automatically.
Ofir Stein, Co-Founder and CTO of Apono, described how this plays out during incidents. He told MSSP Alert, “Apono automatically grants access through its policy engine, using predefined guardrails and real-time context from integrated tools. During an incident, only the on-call engineer receives just-in-time access to the specific resource required, for a limited time and with only the necessary permissions - removing the need for standing access while still enabling fast response.”
This directly addresses one of the biggest operational pain points with Zero Trust. Traditional SCIM-based provisioning can take 30 to 60 minutes to reflect changes, which pushes teams toward standing access to avoid delays. By enforcing access directly through Harmony SASE, permissions are tied to live context rather than sync schedules.
Incident Response Without Permission Sprawl
High-urgency moments like incident response and production fixes are where access models are most likely to break down. Teams need speed, and anything that slows response risks downtime or SLA breaches. In many environments, that urgency leads to broad access being granted and rarely revisited.
With an event-driven approach, access can be triggered by signals such as an incident acknowledgment, a change-management event, or an ITSM workflow. Permissions are scoped to the exact resource needed, limited in time, and removed automatically once the task is complete. That reduces the cleanup work that often never happens after an incident while keeping response times intact.
What This Means for MSSPs Managing SLAs
For MSSPs, standing access has long been the safety net for meeting customer SLAs. Removing it can feel like adding friction or risk, especially when multiple customers and environments are involved.
According to Stein, the shift is more about changing the access model than slowing down work: “What has to change is really moving to a zero standing privilege model. It’s not that they wouldn’t have an account or access - it’s just that access would only have permissions when they needed to do work. This does not interfere or slow down access protocols but simply adds a must-have layer to achieve least privilege.”
The integration is positioned as a way to move customers toward Zero Trust without adding operational burden. “This allows MSSPs the ability to move customers to Zero Trust by installing least-privilege guardrails that work with users and their environments to establish context-based decisions for access,” Stein said.
For service providers, this matters because it aligns security outcomes with how work is actually delivered, instead of forcing teams to choose between control and speed.
Applying the Same Rules to Machines and AI
Another pressure point for access control is the rise of non-human actors. Automation, backend services, and AI-driven tools now initiate access requests at a pace and scale that traditional identity models were not designed for.
Stein also said the integration is designed to apply consistent guardrails across all actors: “Apono is working with customers to establish guardrails for humans, machines, and AI tools. It’s our belief that establishing a standard set of controls for all users, including non-human users, is the only way to ensure the right level of access is entrusted to these tools. If you can’t get human access right, it’s not possible to get AI right.”
This reflects a broader shift toward treating access as a dynamic condition, not a static assignment, regardless of whether the requester is a person or an automated system.
The larger signal here is not about another access feature. It is about tightening the link between policy, context, and enforcement. By tying real-time operational events directly into SASE controls, the Apono–Check Point integration addresses one of the most persistent weaknesses in Zero Trust execution.
Access becomes something that appears when the work demands it and disappears when it does not. For enterprises and MSSPs trying to reduce risk without slowing response, that shift moves Zero Trust closer to something that works operationally, not just conceptually.
