We design, prototype, and build custom hardware, software, and electronics. One engineering team — from the first schematic to serial production.
Three connected disciplines. A shared engineering foundation in electronics, software and system integration.
Bring RF hardware, processing, storage and operator software into a coherent system. Start with the signal environment, deployment constraints and information your team needs to produce.
A system scope with clear interfaces and acceptance criteria.
Build a workflow around communications signals: monitoring, recording, technical examination and review. Define the required signal types, processing functions and outputs as part of the project scope.
A communications-focused workflow configured to the agreed task.
Move from a recording to a documented technical assessment. Define the spectrum views, time-domain tools, measurements and processing needed to examine signals and communicate the findings.
An analysis workflow with traceable inputs, settings and results.
Functions, interfaces and performance are defined for the selected system and project scope.
6L Systems equipment and reference configurations. Explore the role of each system and discuss the configuration your project requires.
6L Systems computer units in rack-mount enclosures. Hardware designed and assembled around project requirements.
Custom circuit boards with embedded processing and interfaces — from PCB design and firmware to assembled electronics.
Integrated electronic hardware with antenna assemblies, enclosed electronics, and external power and signal connections.
A system-level view of 6L Systems hardware: rack equipment, an operator workstation and a spectrum-analysis display in one setup.
Define a connected workflow for recording, examination and reporting. The analysis tools follow the signals and questions in scope.
Define what is recorded, how it is timestamped and which metadata must travel with the data. Agree storage, retention and replay requirements before choosing the configuration.
Use the agreed spectrum, waterfall and time-domain views to examine a recording. Select the measurements and processing functions needed for the signals in scope.
Connect observations to the source recording, processing settings and analyst notes. Define the report and export formats your team needs to review and share findings.
Single systems or full production runs.
Receiver and processing hardware sized to the signal environment, bandwidth and recording needs of the project.
Antenna assemblies, RF cabling and enclosures selected for the frequency range and deployment site.
Operator software for recording, spectrum and time-domain examination, and reporting.
Custom boards, enclosures and power units for SIGINT and COMINT systems deployed outside the lab.
Develop the parts and define how they work together. Connect RF requirements, electronics, embedded software and the operator environment.
Discuss an engineering projectTranslate the task into a system structure: input paths, processing, timing, storage, interfaces and operator interaction.
Connect schematic and PCB design, component integration and firmware with the physical requirements of the system.
Define the processing chain, analysis tools and user interface around the supported inputs and required outputs.
Bring the components together and verify them against an agreed plan. Document the delivered configuration and the results.
Different environments need different configurations. These are starting points for a technical discussion.
Scope a monitoring environment around the signals of interest, observation periods, recording needs and operator tasks.
Discuss: monitoring workflow and system configuration.
Define a technical analysis workflow for communications signals, from recorded data to measurements, annotations and review.
Discuss: signal scope, processing and reporting requirements.
Bring RF equipment, embedded hardware and software into a repeatable environment for engineering development and evaluation.
Discuss: test setup, interfaces and acceptance criteria.
Connect new hardware or software with an existing environment. Start with interface documentation, data formats and operator workflows.
Discuss: interface mapping and integration responsibilities.
Five stages. Defined outputs at every step.
Agree the application, signal scope, deployment constraints and expected outputs.
OUTPUT / Requirements briefSet the architecture, interfaces, configuration and acceptance criteria.
OUTPUT / Technical proposalBuild and integrate the hardware and software included in the scope.
OUTPUT / Prototype or system buildEvaluate the agreed functions and document the results before handover.
OUTPUT / Acceptance recordAgree documentation, training, maintenance and the support scope for the delivered system.
OUTPUT / Handover and support plan6L Systems is a research and production company based in Baku, Azerbaijan. Our focus is hardware, software and integrated systems for SIGINT, COMINT and signal analysis.
We connect electronics, embedded development and signal-processing software within a single engineering scope. The starting point is the technical task; the result is a clearly defined configuration, with interfaces and acceptance criteria agreed for the project.
BAKU, AZERBAIJAN / RESEARCH & PRODUCTIONDefine the task and the required information before selecting the hardware or software.
Account for data flow, interfaces and operator use alongside individual components.
Agree what will be delivered and how the result will be evaluated.
A few things to know about working with 6L Systems.
Ask us directlyOur focus is the engineering of hardware, software and integrated systems for SIGINT, COMINT and signal analysis, together with the electronics and integration work these systems require.
SIGINT means signals intelligence. COMINT, or communications intelligence, is the communications-focused part of SIGINT. Signal analysis is a technical discipline used to examine signal characteristics; it also supports engineering and laboratory work outside intelligence applications.
The photographs show 6L Systems equipment and reference configurations. The supplied components, functions, interfaces and performance are confirmed in a project-specific proposal.
Support depends on the selected hardware, software and configuration. Share the signal categories and analysis outcomes you need so the team can confirm the applicable scope.
Integration is assessed from the available interface documentation, data formats, timing requirements and software environment. Include these details in the initial technical discussion.
Custom electronics, embedded development, signal-processing software and system integration can be included in the engineering scope. Deliverables and acceptance criteria are agreed before development begins.
Antidrone systems are discussed as a separate category. The application, installation, available functions and integration requirements must be confirmed for the selected configuration.
Start with your organization, application, system category and a short description of the required outcome. Frequency coverage, recording needs, interfaces and deployment constraints can be discussed with the engineering team.
Visit our office in Baku, call, or write to us. We usually reply within one business day.