Digital TransformationCloud & IT Infrastructure Services
How a readiness assessment and a focused consolidation give agencies fewer monitoring tools, alerts people act on, and logging that fits their OMB M-26-14 plan.
Most federal agencies own more monitoring tools than they can name, and still learn about outages from the help desk. Tools were bought program by program, rarely retired, and partly deployed. Cloud migrations moved workloads out of sight of the operations center that watched the data center. Log retention was sized to a mandate that no longer exists. The result is a monitoring estate that costs more each year and answers the basic questions less well: is everything up, is it performing, and can we prove what happened?
In May 2026, OMB M-26-14 replaced the M-21-31 event-logging tiers with a risk-based model built around continuous event monitoring and threat hunting and investigation objectives. CISA has published its Logging Reference Architecture, and every agency is re-planning its logging against the new memo. That makes this a natural moment to rationalize the monitoring estate rather than add to it.
This paper is written for CIOs and IT operations directors, CISOs and ISSMs, system owners, and the contracting officers who buy the work. It describes Avalon Technology Services' Enterprise Monitoring service in three shapes:
Section 9 works through an illustrative component paying for six overlapping tools. Consolidating to three and resizing retention costs $280K in engineering and removes about $492K a year from the run rate, paying back in about 15 months. If tool contracts cannot end for another year, payback stretches to 20 months, which is why renewal dates drive the plan.
| Risk | How it shows up |
|---|---|
| Mission | Systems fail silently. When the first signal is a help desk ticket, detection is late and restoration starts late. |
| Compliance | Logging requirements change on policy timelines, not budget timelines. Agencies that never fully met the old tiers now face a new model and new plans. |
| Cost | Four to eight overlapping products at partial deployment, plus retention volumes sized to rules that no longer apply. |
| Staffing | Cloud migrations finish without monitoring parity, and the operations team that understood the data center has no equivalent view into cloud workloads. |
"We find out about outages from the help desk." "My team touches six consoles before coffee." "Everything is red, so nothing is red." "We lost visibility when we moved to the cloud." "The IG dinged us on log retention." "Our log platform bill doubled and we can't say what we get for it." "The SOC keeps asking for logs we don't have." Each of these is this service.
| Driver | What it means |
|---|---|
| OMB M-26-14 (May 2026) | Replaced M-21-31's event-logging tiers with a risk-based model built around continuous event monitoring and threat hunting and investigation objectives, with a maturity model agencies plan against. Agencies are re-planning their logging under it. |
| CISA Logging Reference Architecture | Published to guide agencies on which logs to collect and how to architect collection for monitoring and investigation. Agency logging plans build on it. |
| Retention sized to old rules | Many agencies sized storage and licenses to M-21-31's retention periods. A risk-based plan is an opportunity to resize, with the agency's risk decisions written down. |
| Vendor consolidation | Cisco's acquisition of Splunk, Exabeam's merger with LogRhythm and SolarWinds' move to private ownership have turned routine renewals into architecture decisions. |
| OpenTelemetry | Open telemetry standards reduce lock-in to proprietary agents and make consolidation easier to plan. |
A logging plan that the agency cannot implement, or that its tools cannot report against, is a plan on paper. The work this service does is the engineering underneath the plan.
| Activity | What happens |
|---|---|
| Readiness assessment | Inventory every monitoring and logging tool (licensed, deployed and shelfware); map telemetry coverage against the asset inventory; sample alert quality; baseline log collection, retention and searchability against the agency's M-26-14 plan; interview operations, ISSO and SOC staff; deliver a prioritized, costed roadmap |
| Target architecture and rationalization | Decide which platforms stay and which retire; design data flows, agent and collector strategy, ingest sizing with a growth model, retention tiers and integrations with ITSM, notification and the SOC |
| Implementation | Deploy and configure the chosen platforms, roll out agents and collectors through change control, onboard log sources against an agreed source matrix, and build the pipeline that normalizes, routes and retains data |
| Operational content | Dashboards for named audiences, alerts with thresholds, owners and escalation paths, service-level objectives for priority services, and runbooks for the most common alerts |
| Operationalization | Alert tuning cycles, training, documentation and transition to agency operations or to a retainer |
| Business-hours retainer (optional) | Ongoing tuning, source onboarding, dashboard maintenance and monthly reporting |
Delivery is vendor-neutral. Platform choices follow the agency's installed base, the FedRAMP status of any SaaS option and license economics. Avalon resells no licenses; the agency buys them through its own vehicles. Typical platforms include Splunk, Elastic and Microsoft Sentinel for logs; SolarWinds, Zabbix and native AWS CloudWatch or Azure Monitor for infrastructure; Dynatrace or Datadog for application performance; and Prometheus, Grafana and OpenTelemetry pipelines.
An alert nobody acts on trains the operations team to ignore alerts. The assessment samples alerts to measure how many led to action and how many were noise or duplicates. The tuning cycle then raises thresholds, merges duplicates, assigns every alert an owner and an escalation path, and retires alerts that no one would act on. The aim is fewer, better alerts, with silent-failure gaps closed for the services that matter most.
Underestimating daily log ingest is the classic monitoring implementation failure: the license bill grows six months after go-live, and nobody planned for it. Every design includes a measured ingest baseline, a growth model and a retention cost table, so the agency sees the cost of each logging decision before it makes it.
| Control | What the service supports |
|---|---|
| AU-2, AU-6, AU-11, AU-12 | Log source onboarding, review support and retention aligned to the agency's logging plan |
| CA-7 | Continuous monitoring data and dashboards the ISSO can use |
| SI-4 | System monitoring: health, availability and anomaly alerting with documented thresholds |
| CM-8 | Coverage mapped against the asset inventory, with gaps listed |
The service produces implementation notes the ISSO can use in the SSP. It does not author the SSP, assess controls or make authorization decisions, and it does not "achieve M-26-14 compliance": the agency's plan and reporting do that.
| Included | Separate work |
|---|---|
| The telemetry pipeline and health and availability alerting | Security detection content, alert triage and threat hunting |
| Escalating a suspected compromise | Incident response and forensics |
| Showing what is degrading and where | Fixing network devices and databases |
| Utilization and consumption telemetry | Cost recovery analysis (FinOps) |
| Continuous monitoring evidence | The authorization package and decision |
| Design, sizing and implementation | Platform licenses |
| Phase | Typical duration | What happens |
|---|---|---|
| 0. Kickoff and access | 1–2 weeks | Accounts, network access, tool administrator access, asset and tool inventories |
| 1. Assess and baseline | 2–4 weeks | Tool and license inventory, coverage map, alert sampling, logging gap analysis, interviews |
| 2. Design | 2–3 weeks | Target architecture, consolidation decisions, ingest and retention design, change board approval |
| 3. Implement | 4–10 weeks | Pilot enclave first, then phased rollout of agents, sources, pipeline and integrations |
| 4. Operationalize | 2–4 weeks | Alert tuning, dashboards, runbooks, training, service-level baselines |
| 5. Transition | 1–2 weeks | Configuration and documentation handoff, or start of the retainer |
A component-level engagement typically takes 12 to 20 weeks; a single-platform deployment, 8 to 10. The assessment alone takes three to five weeks.
The statement of work ties each phase start to these items and includes a clock-stop when access slips, so delays are visible and attributed correctly.
| Engagement | Position |
|---|---|
| Readiness assessment | Offered |
| Component-level implementation, one enclave and one platform family | One engagement at a time |
| Enterprise multi-tool consolidation at a large agency | As a subcontractor or teamed, not as a solo prime |
| Round-the-clock monitoring or operations center staffing | Not offered; business-hours retainer only |
| Classified environments | Not offered |
Each engagement is staffed with named personnel whose platform certifications and investigation level match the agency's requirements, listed in the proposal. Avalon cites no certification, clearance, vendor partnership or past engagement that is not current and verifiable, and it has no prior federal contracts under this service.
| Engagement | Market-norm range |
|---|---|
| Readiness assessment | $25K–$75K at component scope (Avalon: $25K–$45K fixed price) |
| Implementation or consolidation, component level | $75K–$300K fixed price |
| Enterprise multi-tool consolidation | $300K–$1.5M |
| Business-hours retainer | $8K–$25K a month |
| Monitoring parity inside a migration | $20K–$60K as a line item |
Implementations are priced as fixed price against a locked source matrix, with unit prices for additional sources. Every implementation quote follows an assessment, because quoting without a measured ingest baseline is how sizing errors happen.
The assessment and most component-level implementations fit under the $350,000 simplified acquisition threshold, so they can be bought as open-market purchases with one-year O&M funds. Larger work can be subcontracted to Avalon by a prime that already holds the agency's vehicle. Avalon does not hold a GSA Schedule or a governmentwide contract today.
The figures below are a planning illustration for one agency component, not a quote and not a result from any engagement. Licenses and storage are the agency's costs under either path.
| Current tool | Annual cost | Plan |
|---|---|---|
| Log management platform A | $380K | Keep |
| Log management platform B | $140K | Retire at renewal, month 10 |
| Infrastructure monitoring | $85K | Keep |
| Application performance monitoring | $120K | Keep |
| Network monitoring | $55K | Retire at renewal, month 7 |
| Legacy network management system | $35K | Retire at renewal, month 4 |
Today the component spends about $815K a year on these tools, $160K on log retention sized to the old M-21-31 rules, and 2.0 full-time equivalents keeping six consoles, agents and integrations working. The plan keeps three tools, filters low-value log sources to cut log platform cost by 20%, resizes retention to the agency's M-26-14 plan ($105K a year), and reduces maintenance effort to 1.25 FTE after consolidation. Engineering is a $40K assessment and a $240K implementation.
| Scenario | One-time cost | Annual saving at run rate | 3-year net | Payback |
|---|---|---|---|---|
| Base case | $280K | $492K | $872K | 15 months |
| Renewals locked one more year | $280K | $492K | $642K | 20 months |
| Smaller ingest cut (10%) | $280K | $454K | $777K | 16 months |
| Implementation at top of band ($300K) | $340K | $492K | $812K | 17 months |
In the base case, the component saves about $872K net over three years. Savings arrive only as each retired tool's contract ends, so renewal dates set the pace. If those contracts cannot end for another year, payback moves from 15 to 20 months. That is why the assessment lists every renewal date and why the plan starts with the tools whose contracts end first.
A smaller ingest cut (10% instead of 20%) or an implementation at the top of the price band moves payback by only a month or two. The retention resize depends on the agency's own risk decisions under M-26-14; the plan documents those decisions so the storage change is defensible.
| Pitfall | How to avoid it |
|---|---|
| "Monitor everything" | A locked source matrix in the contract; additions priced per source |
| Security detection work creeping in | Detection content and alert triage named as separate work |
| A dashboard for every stakeholder | A dashboard count per audience tier, with a change path |
| Ingest sizing errors | A measured baseline, growth model and retention cost table in every design |
| Compliance overselling | Describe evidence and implementation, never "M-26-14 compliant" or "ATO-ready" |
Agencies do not need more monitoring tools. They need fewer, better-configured ones, alerts that someone acts on, and logging that matches the plan they now owe under M-26-14. The re-planning cycle is the moment to make that change, because the logging decisions and the tool decisions are the same decisions.
The natural first step is a readiness assessment: three to five weeks, a fixed price well under the simplified acquisition threshold, and a costed roadmap that lists every tool, every renewal date and every logging gap. To discuss an assessment, contact Avalon Technology Services at contact@AvalonTechServices.com.
Alert quality
The share of alerts that lead to action, as opposed to noise or duplicates.
Ingest
The volume of log data a platform receives each day; it drives license and storage cost.
LRA
CISA's Logging Reference Architecture, guidance for agency logging under M-26-14.
M-26-14
OMB memorandum of May 2026 on agency logging and network visibility. It replaced M-21-31 with a risk-based logging model.
OpenTelemetry
An open standard for collecting metrics, logs and traces without proprietary agents.
Source matrix
The agreed list of log sources to onboard, with owners and retention.
SLO
Service-level objective: a measurable target for a service's availability or performance.
All values are planning assumptions for one representative component. None is drawn from a specific agency or a completed engagement.
| Assumption | Value | Basis |
|---|---|---|
| Tools | 6 today; 3 kept | Planning assumption |
| Retired tool savings | From each tool's renewal month (4, 7 and 10) | Contracts end at renewal |
| Log platform ingest cut | 20% from month 6 (10% alternate) | Filtering low-value sources |
| Retention storage | $160K to $105K a year from month 6 | Resized to the agency's M-26-14 plan |
| Maintenance effort | 2.0 to 1.25 FTE from month 9 at $175K each | Fewer consoles and integrations |
| Engineering | $40K assessment; $240K implementation ($300K alternate) | Inside the bands in Section 8 |
| Renewal lock | 12 more months (alternate) | Contracts that cannot end early |
| Horizon | 3 years, undiscounted | Planning assumption |
