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Software team management

Build high-performing software teams.

Plenec gives you the visibility and the levers to align your teams, run software development effectively and continuously improve how software gets built.

  • Built in Europe
  • Hosted in Germany
  • GDPR-ready
  • Your data stays yours
The bottleneck has moved

Your bottleneck is the system around the code.

Software organizations accumulate complexity over time. Goals become disconnected from development, decisions disappear in meetings and chats, and work moves back and forth between teams.

AI accelerates execution. The system around it stays the same.

StrategyProductEngineeringJiraSlackTeamsMeetingsConfluenceGitHubDecision missingWaitingWhy?Rework
Many tools. Few connections.
01

Unclear direction

Teams are busy, but work isn't consistently connected to company goals.

02

Lost context

Requirements and decisions are scattered across meetings, chats, tickets and people's heads.

03

Delivery friction

Incomplete context and unclear decisions create waiting, rework and unnecessary loops.

04

Invisible performance

You know what gets delivered, but not where the process slows down or why.

A broken development system stays broken at any speed.

High performance is a system

Build the right things. Build them right. Get better every cycle.

High-performing software teams align their work with what matters, move from intent to execution without unnecessary friction and continuously learn from how work gets done.

ALIGN

Build what matters.

Connect strategy, company goals, team goals and development work.

Know why every feature matters before you build it.

Goals↓Teams↓Features
RUN

Turn intent into execution.

Give people and AI the context, decisions and guardrails they need to move work forward.

Less coordination. Fewer loops. More ownership.

Context↓Decisions↓Plans↓Execution
IMPROVE

Make every cycle better.

Understand how development actually flows, where friction occurs and what should change next.

Turn delivery into organizational learning.

Signals↓Outcomes↓Learnings
Learnings flow back into Align ↻

Performance = Alignment × Execution × Learning

Meet Plenec

One connected system for how your organization builds software.

Plenec connects goals, work, conversations, decisions, engineering context and performance signals around the software you're building.

You get a shared view of what you're building, why you're building it, how it's progressing and where the system needs to improve.

FeatureCustomer self-service portal
Why
Company GoalTeam Goal
Define
FeatureRequirementsMeetingSlack/Teams ContextProduct Decisions
Plan
Implementation PlanEngineering PracticesExisting ADRsDependencies
Build
Human + AI ExecutionTechnical DecisionsNew ADRs
Learn
Delivery SignalsReworkWaitingOutcomeGoal ContributionTeam Signals

Everything that happens to a feature becomes part of its context.

Everything your team needs to align, run and improve.

ALIGN

Connect strategy to execution.

Goals & OKRs
Turn company and team goals into shared direction.
Automatic feature alignment
Understand which work contributes to which goals.
Priorities
Keep teams focused on the work that matters.
Goals/Company goals2026 · Q3
Company goalIncrease self-service revenue by 20% by Q4 2026
62%
Team goalTeam Billing
Handle 80% of plan changes without support by end of Q3
48%
Customer self-service portalIn Development
Invoice historyPlanned
Plan upgrade flowRefinement
Team goalTeam Platform
Cut account-change support requests by 30% by Q4
71%
3 features linked
RUN

Context moves with the work.

Features
Keep requirements, context and decisions together throughout the lifecycle.
Meetings & Voice Agents
Run refinements and check-ins directly in Plenec and create or update artifacts while you talk.
Slack & Teams
Turn relevant conversations into structured context.
Plans & Engineering Practices
Create implementation plans and validate them against the way your organization builds software.
Decisions & ADRs
Preserve technical and product decisions as reusable organizational knowledge.
AI Execution
Give agents the context and guardrails they need while humans make the final call.
Features/Customer self-service portalIn Development
Requirements
Customers change plans without support
Invoices downloadable as PDF
Error state for failed paymentopen
Decisions
Plan changes above 20 seats need approvalProduct decision · from Meeting · Product sync
ADR-121 · Reuse existing SSO for billingTechnical decision · Engineering
Meeting context
Product sync · 12.08Approval rule agreed for large accounts. Requirement and decision updated during the meeting.
Implementation plan2 / 6 steps
Engineering check
Engineering practices
ADR-121 respected
IMPROVE

See how your system performs.

Development signals
Understand waiting, rework, loops and delivery flow.
Goal progress
Connect development activity back to intended outcomes.
Pulse
Combine process data with how teams experience the work.
Process insights
Identify where the system can improve next.
Insights/FlowLast 6 cyclesTeam level
Rework18%
Waiting time2.4 d
Flow efficiency41%
Goal progress
Increase self-service revenue by 20% by Q4 202662%
Cut account-change support requests by 30%71%
Pulse
Clarity of priorities3.9 / 5
Confidence in requirements3.2 / 5
Process insightRefinement loops concentrate on billing features. Most of them start with an unresolved edge case in the requirements.

Measure the system. Improve the team.

Plenec looks at flow, clarity and friction across teams. Individual developers are never ranked by commits, tickets or lines of code.

The AI-native software organization

AI needs a development process built for it.

AI is changing more than how code gets written. As agents take on larger units of work, humans move from executing individual tasks toward setting direction, providing context and reviewing critical decisions.

That requires a different operating model.

TodayTraditional Software Development
Human
  1. Define
  2. RefineAI
  3. Break down
  4. Coordinate
  5. BuildAI
  6. TestAI
  7. Report
AI supports individual steps.
TomorrowSoftware Factory
HumanDirect · Decide · Review · Improve
Software Factory
GoalsContextGuardrailsAI ExecutionVerificationLearning
Outcome

The human moves up a level.

Plenec helps established software organizations make that transition.

Explore the Software Factory →
From today's team to tomorrow's

Transforming a software organization takes more than another tool.

Most established software teams already have developers, processes and tools. The challenge is changing how they work together.

We combine Plenec with hands-on support to help you build a modern development operating model around your organization.

TODAY
SOFTWARE FACTORY
Fragmented
01 · Assess

Understand your system.

Map how strategy, product and engineering work today and identify the biggest sources of friction.

Connected
02 · Design

Define the target operating model.

Decide how work should flow, where humans make decisions and where AI creates leverage.

AI-enabled
03 · Transform

Put the new model into practice.

Introduce the processes, context, guardrails and AI workflows required to operate differently.

Adaptive
04 · Improve

Make change continuous.

Use Plenec's signals and team feedback to understand what works and improve every cycle.

Assess → Design → Transform → Improve ↻

Plenec is the system that helps your new operating model run.

Start with your organization

How well does your software organization work today?

In a Software Delivery Assessment, we'll look at how your organization moves from goals to working software, where you're losing speed and where AI can create meaningful leverage.

  • Understand your biggest process bottlenecks
  • Identify opportunities for AI and automation
  • Get a first view of your path toward a Software Factory
Assess your delivery →45 minutes · No preparation required · A diagnosis of your delivery system
Software Delivery AssessmentExample assessment
Alignment
Context
Flow
AI Readiness
Learning
Biggest opportunity

Feature context is fragmented across multiple systems, creating unnecessary refinement loops.