Internet Services

Senior Observability Engineer

Reston, VAHybridFull TimeSenior$164,300–$222,300 /yrPosted 9 days agoVisa sponsorship available

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Required skills

observability
SLI
SLO
metrics
logs
traces
events
dashboards
telemetry
data analysis

Nice to have

Jira
ServiceNow
incident management
capacity planning
FinOps
service maps

Role summary

Verisign seeks a Senior Observability Engineer to enhance operational insights and decision-making through advanced observability capabilities. This role involves designing and maintaining unified dashboards that consolidate metrics, logs, traces, and events to provide actionable insights into system health, performance, and risk for executive and technical audiences. Key responsibilities include defining and implementing SLIs/SLOs, analyzing complex data to identify trends and root causes, and developing strategies for observability platforms. The ideal candidate possesses deep expertise in observability engineering, data analysis, and technical leadership, with a strong understanding of distributed systems and cloud platforms. This hybrid role is based in Reston, VA.

Verisign helps enable the security, stability, and resiliency of the internet. We are a trusted provider of internet infrastructure services for the networked world and deliver unmatched performance in domain name system (DNS) services.

We are a mission focused, values driven company where each individual can contribute to building a stronger, more secure internet. We offer a dynamic and flexible work environment with competitive benefits and the ability to grow your career.

Verisign is seeking a Senior Observability Engineer to design and advance observability capability that transforms operational data into actionable insight. This role will create unified, “single pane of glass” experiences that enables executive decision makers, technology leaders, and application teams to understand system health, service performance, customer impact, and operational risks.

The ideal candidate combines deep observability engineering expertise with strong data-analysis and communication skills. They will establish application Service Level Indicators (SLIs), Service Level Objectives (SLOs), dashboards, and analytical models that connect technical performance to business outcomes.

This position is part of a highly skilled engineering and infrastructure team responsible for the design, administration, security, and operation of Verisign’s Architecture & Infrastructure Services (AIS) Team. The position exists to strengthen our operational insights and enable key decision making through analytics. The role requires deep observability expertise combined with strong technical leadership. This individual will focus on improving observability, inherently improving system availability, reliability, and/or scalability of our shared services infrastructure.

The ideal candidate is outcome driven, leads across the stack, navigates the gap between engineering and executive layer, and can context switch seamlessly between executive presentation and all aspects of constructing concise dashboards.

Responsibilities:

Observability and Executive Dashboards:

Design and maintain unified observability dashboards that consolidates metrics, logs, traces, events, and application/system data with the purview of Architecture and Infrastructure environments

Develop executive-level views of service health, availability, performance, customer impact, operational risk, and capacity trends

Translate complex technical data into clear insights that support prioritization, risk management, and operational decisions

Define dashboard standards that provide consistent terminology, visualizations, service hierarchies, and health indicators

Ensure dashboards emphasize actionable signals and trends rather than simply displaying large volumes of telemetry

SLO and SLI Engineering:

Partner with application owners, product teams, and business stakeholders to define meaningful SLIs and SLOs

Establish indicators for availability, latency, throughput, error rates, data quality, user experience, and critical business transactions

Develop error-budget policies and reporting that help teams balance reliability, risk, and delivery speed

Standardize SLO definitions, measurement methods, ownership, and governance across applications

Automate the collection, calculation, visualization, and reporting of SLO performance

Identify services that lack adequate monitoring or reliability targets and develop plans to close those gaps

Data Analysis and Operational Intelligence:

Analyze observability data to identify performance degradation, reliability risks, recurring incidents, capacity constraints, and emerging trends

Correlate technical telemetry with customer experience and business outcomes

Develop health scores, trend analyses, anomaly detection, and predictive indicators.

Perform deep-dive analysis to determine the root causes and broader patterns behind incidents and service degradation

Produce concise operational insights and recommendations for executive and technical audiences

Measure the effectiveness of observability investments using outcomes such as reduced detection time, faster recovery, fewer recurring incidents, and improved SLO attainment

Leadership:

Serve as a senior technical authority for observability, monitoring, and reliability measurement

Develop observability strategies, standards, roadmaps, and adoption models.

Work with executives, architects, application teams, site reliability engineers, security teams, and operations leaders

Coach engineering teams on instrumentation, dashboard design, SLO development, and data-driven problem-solving

Lead technical evaluations and make recommendations regarding observability platforms and capabilities

Promote a culture in which operational decisions are based on measurable service performance and customer impact

Requirements:

Bachelor’s degree in Computer Science, Engineering, or equivalent work experience

10+ years of experience in observability engineering in observability engineering, site reliability engineering, platform engineering, production operations, or a related discipline

Hands-on experience with enterprise observability platforms such as Splunk, Grafana, Prometheus, ELK, Nagios, Kafka, or comparable technologies

Demonstrated experience defining and implementing application SLIs, SLOs, error budgets, and service-health measurements

Strong experience analyzing metrics, logs, traces, events, and application-performance data

Experience designing dashboards for both technical teams and executive decision makers

Strong understanding of distributed systems, cloud platforms, microservices, containers, APIs, and application dependencies

Experience with telemetry instrumentation and standards

Proficiency with data-querying or analytical languages

Experience automating observability configurations through APIs, scripting, infrastructure as code, or CI/CD pipelines

Strong analytical, problem-solving, visualization, and communication skills

Ability to translate technical findings into business impact, risk, and recommended action

Preferred Qualifications:

Experience establishing or modernizing an enterprise-wide observability program

Experience integrating observability data with Jira, ServiceNow, or similar operational platforms

Familiarity with reliability engineering, incident management, capacity planning, and FinOps practices

Experience developing service maps, application health scores, executive scorecards, or predictive operational analytics

Knowledge of statistical analysis and anomaly detection

Expertise operating and troubleshooting container platforms (Kubernetes, Docker)

Relevant cloud, observability, SRE, data analytics, or platform-engineering certifications

This position is based in our Reston, VA office and offers a hybrid work schedule.

The pay range is $164,300 - $222,300.

The anticipated annual base salary range for this position is noted above, however, base pay offered may vary depending on job-related knowledge, skills, experience. Verisign offers a discretionary bonus which is based on individual and company performance, and certain roles may be eligible for discretionary stock awards.

Verisign is an equal opportunity employer. That means we recruit, hire, compensate, train, promote, transfer, and administer all terms and conditions of employment without regard to their race, color, religion, national origin, sex, sexual orientation, gender identity, age, protected veteran status, disability, or other protected categories under applicable law.

Additional Information:Our Careers PageOur Benefits SummaryVerisign in the CommunityOur EEO StatementOur Privacy Notice for Job Applicants/CandidatesReasonable Accommodations

Staffing agency policy: No fees will be paid for unsolicited resumes submitted to Verisign or our employees by third parties.

Sample Verisign interview questions

1
Palindrome After Deleting One Character Determine if a string can be a palindrome after deleting at most one character. Input: s = "abc" Output: FALSE Explanation: Deleting any single character leaves either "ab", "bc", or "ac", none of which result in a valid palindrome.
codingmedium
2
Merge a New Interval Merge a new interval into a list of non-overlapping intervals. Input: intervals = [[1,2],[3,5],[6,7],[8,10],[12,16]], newInterval = [4,8] Output: [[1,2],[3,10],[12,16]] Explanation: The new interval overlaps with [3,5], [6,7], and [8,10], merging them all into the unified block [3,10].
codingmedium
3
Connected Components in an Undirected Graph Determine the number of connected components in an undirected graph. Input: n = 4, edges = [[0,1],[2,3]] Output: 2 Explanation: The graph is split completely evenly into two distinct isolated components: nodes {0,1} and nodes {2,3}.
codingmedium
4
Implement String Compression Implement string compression. Input: chars = ["a","b","b","b","b","b","b","b","b","b","b","b","b"] Output: ["a","b","1","2"] Explanation: The letter 'a' appears once (so no number is appended), and 'b' appears 12 times, modifying the array in place to length 4.
codingmedium
5
Product of Array Except Self Calculate the product of an array except for self without using division. Input: nums = [-1,1,0,-3,3] Output: [0,0,9,0,0] Explanation: The single zero zeros out all products except at its own index, which cleanly multiplies the remaining elements.
codingmedium

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