We design, deploy and operate software and infrastructure, from the network and systems layers to business applications.
You work directly with the engineers responsible for system architecture, deployment and operations. A single team understands the dependencies between applications, systems, networks and infrastructure.
We design and evolve systems where availability, security, predictable performance and capacity for further growth are essential. We work with companies in the financial, transport, retail, media and infrastructure sectors. We combine software development with systems and network administration, allowing us to diagnose issues across the entire technology stack, not just one of its layers.
We operate our own autonomous system (AS) with an assigned ASN, independent PI address space and BGP sessions in two data centers. We announce the same IP prefixes from both locations. If connectivity is lost at one data center, withdrawal of its routes allows external networks to direct traffic to the other after BGP convergence. Our team manages the server infrastructure, network configuration and operating systems, shortening the diagnostic path and reducing the number of parties involved in incident resolution.
We also apply our systems and software engineering expertise to machine learning and generative AI deployments. We build private inference environments, RAG solutions, anomaly detection mechanisms and automations integrated with existing systems. Every deployment begins with an analysis of the data, risks and measurable business objective.
Servers and network infrastructure in two data centers. We are responsible for configuration from the hardware and routing layers through to the operating systems.
Development, infrastructure and operations remain with one team. Issues are not passed between independent vendors.
We design monitoring, incident response procedures and service recovery in line with the agreed SLA and the defined RTO and RPO objectives.
We match the architecture to the workload profile, test its limits and plan scaling before traffic growth becomes a problem.
We combine software development, infrastructure, networking, operations and security. We can take ownership of a selected area or the entire system lifecycle - from architecture to operations.
We design and develop web and mobile applications, APIs and backend systems that support key business processes. We build new products, but also take over systems that have been running for years: we analyze dependencies, reduce technical debt and modernize them without the risk of rewriting everything from scratch.
We base architectural decisions on workload, availability, security and operating cost requirements. We work iteratively, using code reviews, automated tests, controlled deployments and production observability. Technical documentation is created alongside the system, not after the project ends.
We design and operate environments on dedicated servers, in the public cloud and in hybrid models. We select where to run each workload based on latency, availability, data security, compliance and total cost of ownership requirements, not according to a single preferred platform.
We design failure domains, redundancy and recovery procedures to limit the impact of a single component failure. Migrations are preceded by dependency inventory, performance testing and a rollback plan. We define availability levels through SLA and SLO, recovery time through RTO, and acceptable data loss through RPO.
We take over operations for the entire environment or an agreed part of it. We implement monitoring based on metrics, logs and synthetic service tests, and define alert thresholds and escalation paths. For systems covered by an appropriate agreement, we provide 24/7 on-call coverage and incident response, with response times determined by priority and the SLA.
After significant incidents, we conduct root cause analysis and implement preventive measures. We perform updates, capacity management, backups and recovery tests according to an agreed schedule. The client receives reports covering availability, incidents, risks and completed changes.
We deploy AI solutions when their objective, quality and operating cost can be defined. We begin by analyzing the process and data, prepare a prototype and measure its effectiveness on a representative dataset. Only then do we select the model, inference architecture and method of integration with production systems.
We run language models locally, in a private cloud or in an isolated VPC environment. We align data processing, retention, access control and operation logging with the organization's requirements. In RAG solutions, we focus on retrieval quality, source citations and mechanisms that limit incorrect responses.
We treat security as an integral part of system architecture and operations. We apply the principle of least privilege, network segmentation, secure secrets management, hardening and change control. We tailor security measures to the threat model and the value of the protected data.
Resilience also includes business continuity. We establish RTO and RPO objectives, design backups according to the 3-2-1 rule, isolate them from the production environment and regularly verify recoverability. A DR procedure only has value once it has been tested.
We inventory the system, dependencies, data and business requirements. We analyze risks, bottlenecks and the costs of the current solution.
We prepare the architecture, scope and sequence of work. We establish acceptance criteria, responsibilities, SLO and SLA levels, and RTO and RPO objectives.
We implement in stages, automating tests and change delivery. Each stage has a measurable outcome, a deployment plan and a safe rollback path.
We monitor availability, performance and capacity. We respond to incidents, address their root causes and plan further development based on operational data.
Describe the system, problem or expected outcome. We will explain what information we need and what the first step should be.
Tell us what system you are building, what problem you are facing or what you want to improve. We will provide an initial assessment of the scope and propose the next step.
Massive Maker sp. z o.o.
Tax ID (NIP): 5842870684Aleja Grunwaldzka 409,
80-309 Gdańsk, Poland
Mon-Fri, 9 AM-5 PM
24/7 on-call coverage for systems covered by an appropriate SLA