Maternity and Obstetrics Software: Managing Antenatal Care and Delivery Records in Africa

Why Maternity Records Require Dedicated Software

Maternity care is one of the most documentation-intensive areas of clinical practice. A single pregnancy journey involves multiple antenatal contacts, a delivery record, a neonatal assessment, postnatal follow-up visits, and — in complicated cases — surgical records, blood product use, and referral documentation. Managing this volume of data on paper registers is possible but deeply inefficient: records are incomplete, continuity between visits is lost, and aggregate reporting for Ministry of Public Health programmes is produced manually and often inaccurately.

In Cameroon, the stakes are high. The country's maternal mortality ratio remains among the highest in the Central African subregion, at approximately 529 deaths per 100,000 live births according to WHO and UNICEF estimates. A significant proportion of these deaths are attributed to delays in identifying high-risk pregnancies, delays in reaching care, and failures in clinical management that better documentation and decision support could help prevent. Digital maternity software does not replace skilled midwifery and obstetric care — but it ensures that the information those clinicians need is available, complete, and current.

Antenatal Care Visit Tracking and the WHO 8-Contact Model

The WHO revised its antenatal care guidelines in 2016, increasing the recommended number of contacts from 4 to a minimum of 8, with specific clinical actions assigned to each contact. Cameroon's national ANC protocols are aligned with this model. Tracking whether each pregnant woman has received all 8 contacts — and what was done at each — is a Ministry requirement and a quality indicator for MCH (Maternal and Child Health) programmes.

On a paper register, tracking attendance across 8 visits for hundreds of women simultaneously is impractical. A digital maternity module allows each contact to be recorded against the patient's longitudinal record, with automatic flagging when a scheduled contact is overdue. Clinicians see at a glance which contacts have been completed, which investigations are outstanding (e.g. blood group, HIV test, syphilis screening, urine dipstick), and what risk factors have been identified.

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A digital system records completion of each action, generates alerts for missed contacts, and aggregates attendance data for district-level MCH reporting.

Partograph Digitisation

The partograph is one of the most important tools in intrapartum care — a graphical record of labour progress that alerts clinicians when labour is deviating from expected norms and intervention may be necessary. Used correctly, the partograph has been shown to reduce the rate of prolonged labour, obstructed labour complications, and emergency operative deliveries.

In practice, the paper partograph is inconsistently completed in many Cameroonian facilities. Data points are missed, lines are not drawn, and the completed partograph is filed separately from the delivery summary, making retrospective review difficult.

A digital partograph within a maternity software module allows midwives and nurses to enter cervical dilation, foetal heart rate, descent, contractions, and maternal vital signs at the bedside. The system plots the partograph automatically, draws the alert and action lines, and flags deviations in real time. Where connectivity exists, this data is visible to the supervising obstetrician from any location in the facility — or, via telemedicine integration, from outside it.

Delivery Records and APGAR Scores

The delivery record documents one of the highest-risk clinical events in any hospital. A complete digital delivery record captures:

• Mode of delivery — spontaneous vaginal, instrumental (vacuum, forceps), caesarean section
• Duration of active labour stages — first, second, and third stage
• Birth attendant — midwife, doctor, or other
• Complications — postpartum haemorrhage, shoulder dystocia, cord prolapse, perineal tears (and degree)
• Blood loss estimation
• Placenta delivery and completeness
• APGAR scores at 1 and 5 minutes
• Resuscitation required — yes/no and type
• Immediate newborn care — Vitamin K, eye prophylaxis, skin-to-skin, early breastfeeding

APGAR scores (Appearance, Pulse, Grimace, Activity, Respiration) are recorded as structured data — not free text — enabling aggregate analysis of neonatal outcomes across the facility. A hospital using OPES HMS can, for example, query the proportion of deliveries in the past quarter with 5-minute APGAR below 7, broken down by birth attendant category.

Maternal Mortality Documentation and Surveillance

Every maternal death is a sentinel event requiring structured documentation and review. Facilities in Cameroon participating in the national maternal death surveillance and response (MDSR) programme are required to notify the Ministry of Public Health of each maternal death and complete a structured case review.

Digital maternity records dramatically simplify this process. When a maternal death occurs, the clinical team has access to the complete antenatal and delivery record in a single place. The MDSR notification form can be pre-populated from data already in the system. Cause of death, contributory factors, and avoidable factors can be recorded in a structured format that feeds directly into national surveillance data.

For hospital medical directors, this means the annual MDSR report — historically compiled from incomplete paper files — becomes an automated extract.

Postnatal Care and Birth Certificate Data

Postnatal care (PNC) follow-up is frequently the weakest link in the maternity care chain in Cameroon. The WHO recommends four postnatal contacts: within 24 hours, within 3 days, between days 7 and 14, and at 6 weeks. Digital PNC tracking flags overdue contacts and records the clinical content of each visit — maternal blood pressure, fundal involution, lochia, perineal wound healing, mental health screening, and infant feeding status.

Birth registration data — sex, birth weight, gestational age, delivery outcome — can be extracted directly from the delivery record to support the hospital's civil registration obligations, reducing the administrative burden on registrars and ensuring that data submitted to the état civil is consistent with clinical records.

MCH Programme Reporting

District health offices and the Ministry of Public Health require regular reporting on MCH indicators, including:

• Number of ANC first contacts (CPN1)
• Number of women completing 4+ ANC contacts
• Proportion of deliveries attended by skilled birth attendants
• Institutional delivery rate
• Maternal deaths notified
• Neonatal deaths

In facilities using paper registers, compiling these indicators monthly requires a dedicated staff member several hours of manual counting and calculation. In a facility using digital maternity software, these reports are generated automatically from the data entered during routine care. The figures are accurate, timely, and consistent with the underlying clinical record — eliminating the discrepancies between registers that frequently arise when multiple people compile the same data from different sources.

How Digital Maternity Records Improve Clinical Outcomes

The evidence connecting digital maternity records to improved clinical outcomes operates through several mechanisms:

Risk stratification — Digital systems can flag high-risk pregnancies (pre-eclampsia history, previous caesarean section, anaemia, HIV-positive status, multiple gestation) and ensure that risk-appropriate care pathways are followed.

Continuity of care — A woman presenting to a different midwife at her fourth ANC contact receives care informed by everything documented at contacts 1–3, without the midwife having to locate and decipher a paper card.

Clinical decision support — Alerts for gestational hypertension (systolic BP ≥ 140 mmHg on two occasions), for overdue investigations, or for medications due at specific gestational ages reduce the risk of missed diagnoses.

Referral documentation — When a patient requires referral from a health centre to a district hospital, or from a district hospital to a regional reference centre, her complete maternity record travels with her digitally — no longer depending on a paper referral letter that may be incomplete or lost.

The OPES Maternity Module

The OPES Health Systems HMS includes a dedicated maternity and obstetrics module designed around the clinical workflows of hospitals and maternities in Cameroon. The module supports the full antenatal journey from booking to discharge, including the 8-contact ANC schedule, digital partograph, delivery records, APGAR scoring, postnatal follow-up, and MCH programme reporting.

All maternity data integrates with the patient's full EMR — so a woman's haematology results, pharmacy dispensing, and billing record are visible from the same screen as her obstetric history. Alerts for overdue contacts and critical clinical values are automated. MCH programme reports are generated in the format required by the Ministry of Public Health of Cameroon.

For maternities seeking to improve their ANC completion rates, reduce maternal mortality through better documentation, and meet their national programme reporting obligations, OPES HMS provides a proven, locally adapted solution. Contact our team to arrange a facility-specific demonstration.