BBCS KENNEDY LLC is a computer integrated systems design practice working from its Salt Lake City studio at 1354 W Van Buren Ave, Salt Lake City - 84104-2914, United States (US). We plan, string and test the connected fabric that lets structured operations run without dropped threads. Every interface, every handoff and every record is placed deliberately, the way a core memory plane is strung one wire at a time.
Sense wire through four cores
One sense wire passes through every core on the diagonal, so a single pulse reads a whole word.
Stitch chart
BBCS KENNEDY LLC opens its winter advisory calendar for Salt Lake City teams.
The studio
BBCS KENNEDY LLC works in one narrow and deliberate lane of the computer systems design field. We design integrated systems for organisations that already run structured operations: scheduling desks, case handling, dispatch floors, records teams, field crews, finance offices and service counters. These are places where a single missed handoff echoes for weeks, so we treat the wiring between tools as the real product. The applications are only as useful as the threads that connect them.
Our practice sits inside Computer Systems Design and Related Services, and more precisely inside computer integrated systems design. That means we do not sell software licences and we do not run a support desk for a single vendor. We map what a team already owns, find where information leaks between steps, and then design the connective tissue that carries each record from intake to completion. The work is quiet, structural and measurable.
From 1354 W Van Buren Ave, Salt Lake City - 84104-2914, United States (US), our designers and engineers serve clients across the Wasatch Front and remote teams across the United States. We keep a small bench on purpose. Fewer concurrent engagements mean more attention on the weave, and more time spent testing every strand before an operation depends on it.
The name of our craft is Systems Integration Architecture. It is the discipline of deciding which system owns which truth, how two systems exchange it, and what happens when one of them is unavailable. Get that right and every other improvement becomes cheaper. Get it wrong and every new tool adds another loose end.
The six word lines
Each strap below is a word line of our practice. They are strung at different lengths and offsets because no two engagements repeat the same pattern. Together they form the plane that carries a structured operation from first map to steady state. Every strap links through to the full services page.
We decide which system owns each fact and how that fact travels between tools. The engagement starts with a full inventory of current platforms, then moves to a target architecture with named owners, interfaces and failure rules. Teams leave with a diagram that is honest about every manual step, not a wish list.
Once the architecture is agreed, we engineer the actual paths data follows: intake, validation, enrichment, routing and archival. Each path is documented as a sequence of steps with clear inputs, outputs and exception handling, so a new team member can trace any record from end to end without asking around.
We replace repetitive manual steps with designed automation, rules and scheduled jobs that carry work forward without supervision. The goal is never full autonomy for its own sake. It is to remove the brittle copy and paste steps that quietly create the errors nobody sees until month end.
Moving off an ageing platform is a sequencing problem before it is a technical one. We build a phased cutover plan with rollback points, parallel running windows and data reconciliation checks. The result is a migration a cautious operations lead can actually approve, because every step has a defined exit.
A system that lives only in one engineer head is a system waiting to break. We write the operating manuals, interface contracts, naming standards and runbooks that let a team maintain its own weave. Documentation here is plain, tested and stored where the team already works.
For teams that need judgement on call rather than a full project, we hold a monthly advisory seat. You bring the architecture questions, the vendor proposals and the migration worries. We bring an outside read, written recommendations and a steady hand when a decision cannot wait for a committee.
Method
Every engagement follows the same four movements, whether it is a two week diagnostic or a year long integration programme. We map the current state with the people who run it. We design the target with the people who will own it. We build the connective work in tested increments. We hand over the documentation, the runbooks and the training that keep it strung.
Data Workflow Engineering and Process Automation Design usually sit inside the build movement, while Documentation and Standards and Technical Advisory Retainers carry the work into its steady state. Platform Migration Planning can begin at any point where a platform decision has already been made. Read the full detail on the services page, then map your system with us.
The first thing teams notice is not a new application. It is the absence of the small daily frictions they had stopped seeing. Records stop arriving twice. Reports stop disagreeing. Handovers stop depending on who happens to be on shift. That quiet is the point of a well strung plane: the work simply continues, and nothing is lost in the weave.
We work in English across all communications, keep written records of every decision, and treat the security of client data as a first order design constraint rather than an afterthought. Our address, hours and direct contact details are always available on the contact page.
Why the weave matters
Most teams in professional, scientific and technical services already own capable tools. What they lack is a deliberate answer to the question of how those tools speak to one another, who is responsible for each record, and what happens when a step fails. That missing answer is the source of most operational pain we are called in to resolve.
Our approach borrows its patience from the magnetic core plane, an early form of computer memory strung by hand, one ferrite bead and one wire at a time. A single plane held thousands of bits because every thread was placed on purpose. We design modern systems the same way. No strand is decorative, every crossing carries meaning, and the whole assembly is tested before anyone relies on it.
If your operation has grown past the point where spreadsheets and good intentions can hold it together, we can map the system, design the weave and hand it back stronger. Start at the services page or reach us directly through the contact page.