Most people associate ISO certification with manufacturing and production environments. In the space industry, its impact is less visible, but no less critical. It sits in the part of the mission that happens before liftoff.
Getting a satellite to orbit is not only a technical challenge. It is a coordinated process that involves preparation, transport, handling, integration, and final deployment. Each of these steps involves multiple actors, systems, and decision points. The more complex the mission, the more important it becomes to manage that process in a structured way.
impulso.space is now certified under ISO 9001:2015 and ISO/IEC 27001:2022. The certifications were awarded in March 2026, following an external audit conducted in February of the same year. These certifications apply to:
- Design and development of SaaS platforms
- Consulting and support in the preparation, organization, and logistics of rocket and satellite launches
- Activities related to launch campaigns and end-to-end launch services
This scope reflects how launch logistics actually operates. Not as a single service, but as a chain of interconnected activities that must function together.
What these certifications mean in practice
ISO certification is often perceived as a formal milestone. In practice, it is a way to introduce structure into environments where complexity is easy to underestimate.
ISO 9001:2015 focuses on quality management. In the context of launch logistics, this translates into clearly defined processes, responsibilities, and workflows across the mission lifecycle. Launch campaigns rarely follow a fixed timeline. Schedules shift, requirements evolve, and coordination expands as more stakeholders become involved. A structured system ensures that these changes do not lead to confusion or loss of control. One immediate implication, for instance, was making the management policy externally visible, publishing it on the company website so that partners and customers could access it directly, the same way a privacy policy is shared.
ISO/IEC 27001:2022 addresses information security. In launch operations, information is not just administrative. It includes technical documentation, mission parameters, schedules, and communication between partners. Managing how this information is stored, accessed, and shared becomes part of mission assurance. This is particularly relevant in an environment where projects often involve multiple organizations and international collaboration.
Managing complexity across the launch chain
A satellite does not move directly from a laboratory to orbit. It passes through a sequence of steps, each with its own operational and coordination challenges:
- transport and handling
- facility operations and storage
- integration with deployers or launch vehicles
- final preparation and handover at the launch site
Each transition introduces interfaces between teams, systems, and responsibilities. This is where complexity tends to accumulate. Misalignment at any point can lead to delays, rework, or increased risk.
Standards such as ISO 9001 and ISO/IEC 27001 provide a framework to manage these interfaces. They do not remove complexity, but they ensure that processes are defined, traceable, and consistently applied.
Lessons learned during the process
Going through certification surfaced several things that are easier to describe in abstract terms than to actually implement.
The first is that information security lives in people before it lives in systems. Policies and access controls matter, but the most persistent vulnerability in any organization is human. Keeping a team genuinely vigilant requires more than a one-time briefing: it means regular training on cybersecurity topics and, critically, testing whether that training actually changes behavior. Activating TryRiot made this concrete, giving the team structured exposure to cybersecurity scenarios and running simulated phishing campaigns so that recognizing a threat becomes a practiced reflex, not just a theoretical awareness.
The second is risk assessment as structured work. Both ISO 9001 and ISO 27001 require systematic evaluation of risks: operational risks on one side, information security risks on the other. Working through these in a disciplined way, category by category, makes visible the assumptions a team carries without ever having written them down.
The third is the gap between having procedures and having them reach people. It is possible to have well-written documentation that almost no one in the organization has actually read. Certification requires verifying that procedures are assigned to the right audiences and that the people responsible for them have formally acknowledged them.
The fourth is external communication. Having a management system policy is not enough: it has to be made accessible to the people outside the organization who interact with you. In practice, this meant publishing it on the company website as a referenceable document, not just keeping it in an internal folder. The same applies to the information security policy.
We did not pursue certification to add a badge to our website. We pursued it because the missions we support require it, and because the process itself made us better at what we do.
– Italo Guerrieri, COO Impulso.Space
What does this change for customers
From a customer perspective, the impact of certification should not be seen as an additional layer, but as an improvement in how the process is managed.
It contributes to:
- more predictable and structured coordination across the mission
- clearer communication between all involved parties
- improved handling and protection of sensitive data
- reduced operational risk across the launch preparation chain
This is particularly relevant in missions involving multiple partners, international logistics, and tight timelines.
What comes after certification
Obtaining the certifications is not the end of the process. It is the beginning of a maintenance cycle.
ISO 9001 and ISO 27001 require surveillance audits at regular intervals, as well as continuous upkeep of documentation, risk assessments, and evidence. Procedures need to remain current as the organization evolves. Training plans repeat on an annual cadence. The compliance system is a living structure, not a one-time deliverable.
For impulso.space, the maintenance phase began immediately after the certificates were issued. A check-in is already scheduled for six months out, with a full surveillance audit to follow. The commitment is ongoing, and so is the work.
Why this matters now
The number of satellite missions is increasing, and so is the number of actors involved in each mission. Launch is no longer a single transaction, but a coordinated process across an expanding ecosystem.
In this environment, the ability to manage complexity, ensure traceability, and maintain information security becomes essential. Standards provide a common framework that supports this coordination, but they also highlight a practical challenge: how this coordination is actually executed day to day.
At impulso.space, this is reflected in the development of NEXUS, a platform designed to manage mission workflows, centralize information, and ensure traceability across all stakeholders. It is not a layer on top of the process, but a way to make the process usable in real operations, where multiple teams, documents, and timelines need to stay aligned.
Standards define how things should work. Tools like NEXUS make it usable in day-to-day operations.
Access to space does not start on the launchpad. It starts with how the mission is prepared, managed, and executed on the ground.
